Solid State Insurrection How The Science of Substance Made American Physics Matter

October 2, 2022 | Author: Anonymous | Category: N/A
Share Embed Donate


Short Description

Download Solid State Insurrection How The Science of Substance Made American Physics Matter...

Description

 

SOLID STATE INSURRECTION

 

SOLID STATE  INSURRECTION HOW THE SCIE NCE OF SUBSTANCE SUBST ANCE 

M A D E A M E RI C A N P H YS I C S 

MATTER JOSEPH D . M A R T I N

U N I V E R S I T Y OF P I T T S BU B U R GH P R E S S

 

Published by the University of Pittsburgh Press, Pittsburgh, Pa., 15260

Copyht © 2018, Unvsty o Pttsbh Pss All hts svd Manactd n th Untd Stats o Amca Pntd on acd- pap 10 9 8 7 6 5 4 3 2 1 Catalon-n-Pblcaton data s avalabl om th Lbay o Conss ISBN 13: 978-0-8229-4538-3 ISBN 10: 0-8229-4538-X Cov at: Dav Bald/Natonal MaLab Cov dsn: Jol Jo l W. W. Cons

 

Fo my moth, who taht m to thnk bo askn why

 

CONTENTS

Acknowldmnts  ix   Lst o Abbvatons  xiii INTRODUCTION 

What Is Sold Stat Physcs and Why Dos It Matt?   1.  2.  3. 

Th P Scnc Idal and Its Malcontnts  How Physcs Bcam “What Physcsts Do”  Balkanzn Physcs  54  

4.  5.  6.  7.  8.  9. 

3

18 32

76

Th Pblcaton B Sold Stat Physcs PhPoblm yscs at th Natonal Mant Laboatoy  Sold Stat and Matals Scnc  119 Rsponss to th Rdctonst Woldvw Woldvw  135 Bcomn Condnsd Matt Physcs  152 Moblzn aanst Mascnc  170

CONCLUSIONS 

  Nots  213   Bbloaphy    Indx  267 

199

243

102

 

ACKNOWLEDGMENTS

Th cozst o co shops and pbs somtms ddcat a w sqa t o wall to th books that patons hav pnnd at th tabls, and a wt mht qt wth a tp o th hat to a mütlch tat that hlpd ovcom paalyzn bots o wt’s block. I wsh I cold conz on clan, wll-lhtd plac, bt ths pojct ntsctd wth a ppattc phas o my l; t took shap n Mnnapols and Sant Pal, Mnnsota; Phladlpha, Pnnsylvana; Watvll, Man; East Lansn, Mchan; and Lds, Knlwoth, and Cambd, Enland—and whl I was to-n and o-n amon thm. Wth that n mnd, I thank nstad th (daly dpatd) Fdal Fdal Avaton Admnstaton ban onc, on ththat socd o lctonc tako, towad and landn. Mo than sptdvcs snt mydn mnd tax, mandn som o ths book’s cntal amnts, whch ond th alst om n antc scawl on a scknss bas. Thos momnts bo t only bcas I was tavln btwn nstttons poplatd wth th bst sot o popl. Th Poam o Hstoy o Scnc, Tchnoloy, and Mdcn at th Unvsty o Mnnsota mad vn concvn o ths pojct possbl. Mchl Janssn and Sally Goy Kohlstdt std t dtly om ts jjn bnnn to somthn appoachn matty, wth halthy asssts om Alan Lov, Bob Sdl, Kn Wats, and Bll Wmsatt. Th Physcs Intst Gop and th wokn paps smna o th Mnnsota Cnt o Phlosophy o Scnc pt sval o ths chapts thoh th pacs and I bntd om convsatons wth Wll Basman, Vcto Boantza, Nathan Cow, Los Los Hndckson, Ma Hos, Adan Fsh, Amy Fsh, Xan Gn, Camon Lazao-Pck, Babaa Los, Chals Mdwnt, Am Slaht, Jacob St-Wllams, and many oths. I hav spnt two nvalabl yas n sdnc at th Consotm o Hstoy o Scnc, Tchnoloy, and Mdcn (onc whn t was stll th Phladlpha Aa Cnt o Hstoy o Scnc). I commnd t to vyon I mt. Babak Asha s a scholaly oc mltpl; on top o bn on o th clast-thnkn ctcs I hav ncontd, h has blt a commnty dal

 

x

SOLID STATE STATE INSURRECTIO N

o nchn pojcts lk ths on. My llow Phlly llows Saah Basham, Rosanna Dnt, Lawnc Kssl, Kt MacMllan, Alca Plons, and Mchll Smly consstntly challnd m to thnk n nw ways, and ths book s th btt o t. Whl n Phladlpha, I had th pvl to hant th halls o th Chmcal Hta Fondaton (CHF), hom to som o th shapst ads n th East. I am atl o nvalabl dback om th CHF wtn op, wh Can Bkowtz, Bn Goss, Ro Eadly-Po, Eadly-Po,  Jams Volkl, Volkl, and nmos oth patcpants pomptd m to hon vaos chapts. My collas at a t Colby Coll—Jm Flmn, Pal Josphson, and Lnny Rch—and Mchan Stat Unvsty—Rch Bllon, Jams Bman, Masa Bandt, Man Halpn, Rbcca Kaplan, Dan Mnchk, Rchad Paks, Isaac Rcod, and Cathn Wstall—povdd m wth ston, sppotv commnts as ths book was takn shap. Cathn n patcla has bn my champon snc th vy aly stas o ths pojct. Sh showd m how th hstoy o sold stat physcs cold nd an adnc. Most cntly, th Dpatmnt o Hstoy andnvonmnt Phlosophy onScnc thths Unvsty Cambd has od an dal whch toats pojct o thoh ts nal stas. I hav also bn th bncay o tl commnts om and convsatons wth Joan Bomb, Bob Cas, Clayton Clayton Gahat, G Good, Lllan Hoddson, Cathn Jackson, Jmah Jams, Chstan Joas, Lo Kadano, Bll Lsl, Kathy Olsko, Pt Psc, G Radck, Mchal Rodan, Ann Robnson, Rchad Staly, Jams Smn, Andy Wawck, Bn Wlson, and Andy Zanwll. My os a n spt o thm. Rsach o ths book was mad possbl p ossbl by th nosty o th Unvsty o Mnnsota Gadat School; th Fnds o th Cnt o Hstoy o Physcs, Amcan Insttt o Physcs; th Amcan Phlosophcal Socty; th Chmcal Hta Fondaton; th Consotm o Hstoy o Scnc, Tchnoloy chnoloy,, and Mdcn; th Mnnsota Cnt o  o th Phlosophy o Scnc; and th Unvsty o Chcao Spcal Collctons Rsach Cnt. Ths oanzatons ndd th sach that pmttd m to contbt th to th town dbt th hstocal posson ows to th ablos achvsts and lbaans who hav assmd th nnvabl task o bnn th montans o pap th Cold Wa natd to hl. Abby Coll and th Unvsty o Pttsbh Pss hav bn a dlht to wok wth thohot. I am soly n hock to Abby o h patnc, pcptvnss, and nalnly ood advc, and to th pss’s vws and

 

ACKNOWLEDGMENTS

xi

copydto o th cal adn o th manscpt and thohtl ctcsms that mch potd th nal vson. Fnally, my dpst thanks to Maat Chaloy, who maks t all wothwhl. Thos hts that had m scbbln antcally onto a scknss bas, o n th vanshn mans o n-ht maazn ads o “Amca’s Bst Doctos,” w mostly bcas th aly phass o o cas kpt s spaatd by many mls, and, at tms, contnnts. Wth patnc and a nd acty, acty, sh ad la potons o th wtn that sltd. Ths book s h alt.

 

LIST OF ABBREVIATIONS

ACS AEC AIME AIP AIPH

AIPK

AIPM

AIPS

APS APSM APSR ARPA ARPA ASM AvHP

Amcan Chmcal Socty Atomc Eny Commsson Amcan Insttt o Mchancal Enns Amcan Insttt o Physcs Amcan Insttt o Physcs. Oc o th Dcto Dcto,, Rcods o Elm Htchsson, 1948–1966. Nls Boh Lbay and Achvs, Coll Pak, MD Amcan Insttt o Physcs. Oc o th Dcto Dcto,, Rcods o H. Wllam Koch, 1932–1988. Nls Boh Lbay and Achvs, Coll Pak, MD Amcan Insttt o Physcs. Govnn Boad Mtn Mnts, 1931–1990. Nls Boh Lbay and Achvs, Coll Pak, MD Amcan Insttt o Physcs. Oc o th Sctay Rcods, 1931–2000. Nls Boh Lbay and Achvs, Coll Pak, MD Amcan Physcal Socty Amcan Physcal Nls Socty Mtn Mnts and Mmbshp Lsts, 1902–2003. Boh Lbay and Achvs, Coll Pak, MD Amcan Physcal Socty Socty.. Rcods. Nls Boh Lbay and Achvs, Coll Pak, MD Advancd Rsach Pojcts Ancy Amcan Socty o Mtals Ath von Hppl Paps. MIT Achvs and Spcal Collctons, Cambd, MA

 

xiv

BAR

BES BKS

SOLID STATE STATE INSURRECTIO N

Unvsty o Chcao, Oc o th Psdnt, Badl Admnstaton Rcods. Unvsty o Chcao Spcal Collctons Rsach Cnt, Chcao Basc Eny Scncs (Untd Stats Dpatmnt o Eny) Boh-Kams-Slat thoy

COSMAT Commtt on th Svy o Matals Scnc and Ennn CRS Amcan Physcal Socty Socty,, Dvson o Sold Stat Physcs. Cospondnc o Roman Smolchowsk, 1943–1947. Nls Boh Lbay and Achvs, Coll Pak, MD CSSP Cyl Stanly Smth Paps. MIT Achvs and Spcal Collctons, Cambd, MA DFD Dvson o Fld Dynamcs (Amcan Physcal Socty) DFT Dnsty nctonal thoy DOD Dpatmnt o Dns DOE DSSP EPWP

IRE

Dpatmnt o Eny Dvson o Sold Stat Physcs (Amcan Physcal Socty) En P. Wn Pap Paps. s. Pnc Pncton ton Unvs Unvsty ty Achvs, Pncton, NJ Fancs Btt Paps, 1925–1967. MIT Achvs and Spcal Collctons, Cambd, MA Flx Bloch Paps. Stano Stanodd Unvsty Achvs, Stanod Stanod,, CA Fdck Stz Paps. Unvsty o Illnos Achvs, Ubana Gaylod P. Hanwll Pap Paps. s. Unvs Unvsty ty o Pnnsylvana Achvs, Phladlpha Unvsty o Chcao, Oc o th Psdnt, Htchns Admnstaton Rcods. Unvsty o Chcao Spcal Collctons Rsach Rsa ch Cnt, Chcao Havy Books Paps. Havad Unvsty Achvs, Cambd, MA Intdscplnay laboatoy (Advancd Rsach Pojct Ancy) Insttt o Rado Enns

ISM

Insttt o th Stdy o Mtals (Unvsty o Chcao)

FBP FBPS FSP GPHP HAR

HBP IDL

 

LIST OF ABBREVIATIONS

xv

 JCP

Journal o Chemical Physics

 JCSP

John C. Slat Paps. Amcan Phlosophcal Socty, Socty, Phladlpha Jams Fanck Insttt (Unvsty o Chcao) John H. Van Van Vlck Paps. Nls Boh Lbay and Achvs,

 JFI  JHVVP KBP KKDP LAR

LIR LKP MAB MIT NAL NAS NML NMLR NRC NSF PTDR

RGPP RLE

Coll Pak, MD Knnth Banbd Paps. Havad Unvsty Achvs, Cambd, MA Kal K. Daow Paps. Nls Boh Lbay and Achvs, Coll Pak, MD Unvsty o Chcao, Oc o th Psdnt, Lv Admnstaton Rcods. Unvsty o Chcao Spcal Collctons Rsach Cnt, Chcao Laboatoy o Inslaton Rsach (Massachstts Insttt o Tchnoloy) Lo Kadano Paps. Unvsty o Chcao Spcal Collctons Rsach Rsa ch Cnt, Chcao Matals Advsoy Boad (Natonal Rsach Concl) Massachstts Insttt o Tchnoloy Natonal Acclato Laboatoy Natonal Acadmy o Scncs Natonal Mant Laboatoy Fancs Btt Natonal Mant Laboatoy Laboatoy.. Rcods. MIT Achvs and Spcal Collctons, Cambd, MA MA Natonal Rsach Concl Natonal Scnc Fondaton Amcan Insttt o Physcs, Physcs Today Dvson Rcods, 1948–1971. Nls Boh Lbay and an d Achvs, Coll Pak, MD Robt G. Pa Paps. Chmcal Hta Fondaton, Phladlpha Rsach Laboatoy o Elctoncs (Massachstts Insttt o Tchnoloy)

 

xvi

RRL RRLR SDI SLAC SSC WSP

SOLID STATE STATE INSURRECTIO N

Rado Rsach Laboatoy (Havad Unvsty) Rado Rsach Laboatoy Laboatoy.. Rcods. Havad Unvsty Achvs, Cambd, MA Statc Dns Intatv Stanod Lna Acclato Spcondctn Sp Colld Wllam Shockly Paps. Stanod Unvsty Achvs, Stanod, CA

 

SOLID STATE INSURRECTION

 

introduction

WHAT IS SOLID ST WHAT STA ATE PHYSIC P HYSICS S AND WHY DOES IT MATTER? MATTER?

Sold stat physcs sonds knd o nny.  

—GREGORY —GRE GORY H. WANNIE ANNIER, R, 1943

Th Spcondctn Sp Colld (SSC), th last scntc nstmnt v poposd, was also on o th most contovsal. Th nomos patcl acclato’s bam pp wold hav nccld hndds o sqa mls o Ells Conty, Txas. It was dsnd to podc vdnc o th last w lmnts o th standad modl o patcl physcs, and many hopd t mht nat nxpctd dscovs that wold lad byond. Advocats blld th SSC as th local apothoss o physcal sach. Opponnts asd th ybows at th aclty’s astonomcal pc ta, whch stood at $11.8 bllon by th tm Conss yankd ts ndn n 1993. Skptcs also objctd to th dctonst htoc sd to jsty th pojct—whch sstd that knowld o th vy small was th only knowld that cold b tly ndamntal—and w xaspatd whn SSC boosts ascbd tchnolocal dvlopmnts and mdcal advancs to hh ny physcs that thy thoht t hoht mo jstly cdtd to oth aas o scnc. To th chan o th SSC’s sppots, many sch skptcs w llow physcsts. Th most pomnnt amon thm was Phlp W. Andson, a Nobl Pz–wnnn thost. Andson had sn to pomnnc n th nw ld known as sold stat physcs at h jond th Bll Tlphon Laboatos n 1949, th nk on hs Havad Unvsty PhD stll damp. In a Hos o Rpsntatvs commtt han n Jly 1991, Andson, by thn at

 

4

SOLID STATE STATE INSURRECTIO N

Pncton Unvsty, tstd: “Patcl physcs s a naow, nbd ld, and t s asy o th patcl physcsts to cat an xtnal appaanc o nanmty o oals.”1 Ths was not a sma aanst th ntllctal vablty o th SSC—Andson concdd that th scnc t wold nabl wold b nmpachably sond. Rath, t was a acton aanst th tndncy o som patcl physcsts to qat th sbdscplnay pots wth thos o physcs wt la. It was a challn to th poston hh ny physcs had njoyd as th most pstos banch o Amcan scnc o mch o th Cold Wa Wa.. Th opposton Andson and hs lk-mndd collas montd aanst th SSC thohot th lat 1980s and aly 1990s, whch playd ot n conssonal commtts, scntc pblcatons, and popla mda, lad ba dp dvsons that had mand laly l aly hddn to nonphyscsts p to that pont. Physcsts smply dd not opnly oppos ndn o a pojct champond by collas n a nhbon spcalty, spcally an ndtakn so hh pol as th Sp Colld. That alty had psvd th llson that physcsts w nanmos n th oals o dcads. Andson and hs alls, a lls, xposn ts wthn th and physcs commnty , shattd that llson. Thybyntodcd polcymaks th commnty, Amcan pblc to sold stat and condnsd matt physcs.2 Ths lds, althoh thy had psntd a halthy plalty o physcsts snc at last th aly 1960s, had nvthlss mand compaatvly obsc. So, tho, had th ntsts. Incasd vsblty o sold stat and condnsd condn sd matt physcs n polcy ccls hhtnd awanss o th dstnct pspctv on th dntty and ppos o physcs, whch dd sbstantally om th on poltcally savvy ncla and hh ny physcsts had bn slln sl ln n th halls o pow, pow, wth consdabl sccss, snc th nd o th Scond Wold Wa. Th stando btwn th SSC’s advocats a dvocats and ts ctcs was jst th most cnt and most pblc ncont n a lon, ntcat, and otn tobld latonshp btwn thos physcsts who nvstatd complx physcal systms and thos who pobd th mntst consttnts o matt and ny. Andson’s tstmony ct to th hat o th contovsy bhnd th SSC: th hh ny n y physcs commnty, commnty, whch wldd ts ntllctal pst to sway patons and polcymaks alk, was wont to assm that ts paochal ntsts psntd th common msson o all o physcs. Bt physcs n th scond hal o th twntth cnty was a om monolthc, and, om Andson’s pspctv, cold not b adqatly svd wth monolthc laboatos. Ths book tlls th stoy o how sold stat physcsts, by dvlopn an

 

INTRODUCTION: WHAT IS SOLID STA STATE TE PHYSICS AND WHY DOES IT MA MATTER? TTER?

5

dntty and a st o ntllctal pots that std th possonal oals, dnd th bondas and msson o Amcan physcs dn th Cold Wa a.. Th sach poam to whch th SSC SS C blond was ootd n a p scnc dal datn to th lat 1800s, whch had motvatd th ondn o th Amcan Physcal Socty (APS) n 1899. Bt, almost om ts ncpton, th APS was bst by dmands that t do mo to psnt thos physcsts who pld th tad n ndsty. Sold stat physcs w om a tnson at th hat o Amcan physcs btwn th p scnc dal and th nds o ndstal and appld physcsts who constttd an ncasn popoton o ts mmbshp as th twntth cnty wo on. Onc stablshd wthn th APS n th lat 1940s, sold stat w apdly nto th last sbld o Amcan physcs, dvlopn a st o ntsts, otlooks, and oals that at tms alnd wth and at oth tms clashd wth th dals domnant n oth aas o physcs. Thos ntsts, otlooks, and oals hlpd dn th scop o Amcan physcs and shap th dntty o Amcan physcsts thoh th Cold Wa. WHAT IS SOLID STATE PHYSICS?

Ths dcptvly smpl qston has som dcptvly d cptvly smpl answs: sold stat physcs s th stdy o th physcal popts o sold matt; t s a sbld o physcs, th most poplos n th Untd Stats o mch o th lat twntth cnty; t s th banch o condnsd matt physcs that stds solds wth la cystal lattc stcts. Thos answs a t wthn th spctv domans, bt thy loss ov a bvy o bdvld dtals. Rsach nto th popts o solds has a lon hstoy, bt t was not ntl th md-twntth cnty that physcal sach on solds bcam th ocs o a nw dscpln. Ys, Ys, th physcsts who ondd on dd sold stat physcs and blt t nto th last smnt o th Amcan physcs p hyscs commnty w pmaly concnd wth ndstandn th bhavo o la solds, bt that casts only th palst llmnaton on thos actos that mak th ld wothy o hstocal attnton. Sold stat physcs s notabl o what t s not as mch as o what t s. Whn t omd n th 1940s, sold stat physcs dd dply ootd dolocal psmptons—most cntally th p scnc dal—that th Amcan physcs commnty hld da. As a slt, t hlpd dn th scop o physcs tsl n a way that wold shap ts ol n Cold Wa Wa Amca. Sold matt—d thoh t s—was ll-adaptd o bldn th bondas o a dscpln whn sold stat physcs md.3 Th physcal concpts, thotcal mthods, and xpmntal tchnqs sd to nvstat

 

6

SOLID STATE STATE INSURRECTIO N

sold matt w otn jst as adly tnd to not-so-sold matt—spcondctvty, obsvd n som solds at low tmpats, s closly latd to spdty, spdty, anoth low-tmpat phnomnon. phnomn on. A smantcally stct dnton o sold stat physcs wold ncld th om, bt not th latt (a nttlsom nconsstncy that wold contbt to th s o “condnsd matt physcs” as a pd tm t m n th 1970s and 1980s). FthFthmo, th vast xpans o qstons physcsts cold ask abot solds, and th qally dvs an o tchnqs thy cold s to nvstat thos qstons, mad o a ds ld that lackd a st o cntal motvatn qstons o tchnqs to povd concptal cohson. As th dtos o Out o the Crystal Maze: Chapters rom the History o Solid-State Physics notd n 1992: “Th ld s h and vad and lacks th nyn ats blovd o hstoans—nth a snl hypothss o st o basc qatons, sch as qantm mchancs and latvty thoy stablshd o th lds, no a snl spctacla and ndamntal dscovy, as anm sson dd o ncla tchnoloy o th stct o DNA o molcla boloy boloy..”4 Th amnt that th pma sold stat o matt s bt tslt dd a dsct physcal phnomnon cas som ac plasblty, not appa that way om th standpont o physcal thoy n th 1940s. Althoh soldty was an asly dntabl tat o som matal aats, th popts o solds cold not b lably chaactzd by a consstnt thotcal appoach. Whas Maxwllan lctodynamcs svd as a snl amwok wth whch lctomantc phnomna cold b addssd, and physcsts cold ach o th laws o thmodynamcs anytm thy wantd to dscss hat, solds w a mdm n whch lctomantsm, hat, and most oth physcal phnomna mht psst. It wold b plasbl to sst that qantm mchancs povds a bass om whch t s possbl to ndstand, ndstan d, o vn dv, most  not all th popts o solds. Howv Howv,, sch an ntps was nasbl n th md-1940s. Invstatn solds nstad qd mployn a nmb o thotcal appoachs, both qantm and classcal. Solds nvtd a smlaly colol aay a ay o xpmntal tchnqs. tc hnqs. Physcsts xplod th popts at th xtms o low tmpat and hh pss. Thy zappd thm wth ntons, lctons, and vaos qncs o lctomantc adaton. Thy chmcally dopd thm and blastd thm wth ltasonc wavs. Thy pokd and poddd thm wth oth solds. Sold stat physcs was a b tnt, both thotcally and xpmntally, and so th mpts o ts omaton cannot ca nnot b ond by sachn o a consstnt consstn t st o tchnqs o pactcs.

 

INTRODUCTION: WHAT IS SOLID STA STATE TE PHYSICS AND WHY DOES IT MA MATTER? TTER?

7

Bcas t cold not clam an on n any on sach tadton o m o pactc, sold stat was, by th tadtonal standads o dscpln omaton, an nsal catoy. Bo th Scond Wold Wa, physcs was ndstood to b dvdd nto phnomnolocal catos lk thmodynamcs, acostcs, optcs, mchancs, lctomantsm, and qantm mchancs.5  At th Scond Wold Wa, a ld appad that clamd as ts doman thmodynamcs, acostcs, optcs, mchancs, lctomantsm, and qantm mchancs in solids (and somtms n oth phass o matt too). Isdo Isaac Rab’s xclamaton pon lann o th dscovy o th mon—“Who odd that ?”—s ?”—s phaps a mo tl statn pont o ann pchas on th slppy hstoy o sold stat physcs. 6 Whos ntsts dd a ld wth sch an nothodox consttton sv? What chans n th physcs commnty allowd t to om? How dd that omaton com abot? Gvn th ld’s apd owth nto th most poplos smnt o post–Scond Wold Wa Amcan physcs, what consqncs popaatd as a slt o ts htodoxy and th chans that pmttd t? In shot, why dd th ld thos com qstons to xst at vals all and how nnc physcs a whol? Addssn that dd soldt stat physcs was as mch mo than a povncal sbld, sbsday to th pmay naatvs o Amcan physcs. It was ntal to notatn th dntty o physcs and ssntal o mantann ts pst n Cold Wa Wa Amca. Tlln ths stoy qs tadn n som wll-won catos, o whch hstoans tnd to b htlly ht lly sspcos. Catos lk lk p scnc, o basc and appld sach, a poblmatc. A at dal o wok has shown that so-calld p scnc was adltatd wth woldly ntsts, and that th atcal and not altoth cohnt dstncton btwn basc and appld sach als to hold n pactc. Bt hstoans also conz th pow ths catos possssd as latv dals that dd th way scntsts oanzd th possonal possona l lvs. Mao Mao Danls and John K hav shown how “basc” and “appld” sach nctond as poltcal tools o Cold Wa scntsts, pmttn thm som contol ov th cclaton o knowld n a contxt ovnd by mltay sccy ms.7  I appoach ths catos om a smla pspctv and show how p scnc, basc and appld sach, ndamntal sach, and oth val-ladn dsnatons w tools o dscplnay as wll as natonal poltcs, and tho val th dals and convctons that av mann to physcsts’ actv ots to systmatz th possonal lvs.

 

8

SOLID STATE STATE INSURRECTIO N

THE PROMINENCE OF PHYSICS IN COLD WAR WAR AMERICA

Takn sold stat and condnsd matt physcs as a cntal objct o hstocal nqy qs appoachn old qstons om a nw pspctv. 8  A at dal o hstocal wok addsss th qston o why th Spcondctn Sp Colld ald, o xampl, bt t mht b mo appopat to ask why t v had a chanc to sccd n th st plac.9 Th US ovnmnt had spnt ov a bllon dollas on a scntc pojct bo, bt th Manhattan Pojct was pncpally an nnn ndavo, snlmnddly ocsd on a mltay objctv dn a tm o wa. 10 How dd t vn bcom concvabl that a snl aclty ddcatd to ncovn abstact knowld mht consm smla socs n pactm? It wold b tmptn to answ ths qston by pontn to th consdabl pst and nnc physcs and om  om th Manhattan Pojct. Hh ny physcs, p hyscs, whch md om ncla physcs, had and th lattd to ps abstact sach. Ncla physcs, at all, was xcdnly abstact, vn nto th t had 11 sltd n th most asom wapon th wold had v1930s, sn byand 1945. Ths amla stoy cts aspcts o th xaltd hhts physcs attand n Cold Wa Amcan socty, bt t nlcts what most physcsts w actally don. Fo all ts vsblty, hh ny physcs, whch cast tsl as th ntllctal h to ncla physcs, constttd only aond 10 pcnt o th Amcan physcs commnty at th tm o th SSC’s cancllaton. Most physcsts w not pobn atomc vsca at cathdalsq acclato aclts; thy w nvstatn th popts o th typ o matt that sonds s and ndn nw thns to do wth t. Hstoans q a ll accontn o thos actvts bo clamn a pspctv capabl o xplann th plac p lac o physcs n Cold Wa Wa Amcan socty soc ty.. It s asy to s s  how th hstocal tajctoy o lds lk sold stat physcs dpndd on ts latonshp wth ncla and hh ny physcs. Lss obvos s th act that ths dpndnc was cpocal, and that sold stat—a dvs, mssy ld wth a complcatd and shtn st o concptal dpndncs—n som spcts btt psnts physcs as a whol than do ts mo vd sblns. At th Scond Wold Wa, sold stat physcs, plasma physcs, polym physcs, and oth spcalts dvotd to complx matt w apdly. Physcsts wokn n ths lds qckly cam to domnat th Amcan physcs commnty, at last nmcally. Nvthlss, th small popoton

 

INTRODUCTION: WHAT IS SOLID STA STATE TE PHYSICS AND WHY DOES IT MA MATTER? TTER?

9

o physcsts who stdd th lmntay componnts o matt and th most dstant clstal objcts captalzd most lly on th postwa pomnnc o physcs. Thy w th most conzabl to th pblc, wldd th atst nnc n ovnmnt, commandd th blk o th consdabl ntllctal pst physcs njoyd n th postwa a, and ntd ntllctal dals that nocd thos advantas. Th contaan spt appant n Andson’s tstmony aanst th SSC md ov dcads as a spons to ths atttd, bcomn cntal to th dntty o Amcan sold stat physcs. p hyscs. In addton to xposn lon-standn dsamnts abot th msson and ppos o physcs, th dms o th SSC symbolzd th nd o th a n whch physcs nd as th ndsptd sovn o Amcan scnc. As th SSC altd, th Hman Gnom Pojct athd momntm on pomss that t wold voltonz boloy and mdcn, and spassd physcs n both pblc appobaton and polcy nnc. 12 Th xaltd poston physcs had hld dn th Cold Wa s nonthlss a makabl hstocal phnomnon. Evn towad th nd o th Scond Wold Wa, Amcan physcsts wod that th ld wasl lttlw known byond a small op o possonals. Th xcptons to ths conc s lk Albt Enstn, whos am was bond p n th lnday nathomablty o hs thos.13 At th wa, lads n th physcs commnty and natonal clbty and bcam amla acs n Washnton, DC, as thy assmd powl advsoy ols, shapd natonal polcy, and shphdd n an a o nos ovnmnt ndn o scnc.14 Th qston o how physcsts st attand ths poston s somwhat dnt om th th qston o how thy thn mantand t o hal a cnty. An appal to th Manhattan Pojct, and oth watm contbtons, dos povd a powl answ to th st o ths qstons. Th $2 bllon th Untd Stats ovnmnt nvstd n th Manhattan Pojct wnt n pat towad dvlopn a physcal nastct that povdd th tmplat o th natonal laboatoy systm.15 Th psycholocal mmdacy o ncla wapons hlpd s sch as J. Robt Oppnhm and Fman Dyson poston thmslvs as pblc ntllctals.16 Th ncy o th ncla ams ac catd oppotnts o physcsts to bcom dply nad wth wapons polcy, polcy, whch n tn av thm clot on a wd aay o pblc polp olcy sss.17 Th sccss o watm ncla sach, whch qckly tnd absts knowld abot th sbmcoscopc wold nto a wapon that vocably cond opoltcs, os a lon way towad xplann th xaltd poston o physcs n aly Cold Wa Wa Amcan poltcs and socty socty..

 

10

SOLID STATE STATE INSURRECTIO N

Ths xplanaton s lss than scnt, howv, to accont o th contnd pomnnc o physcs thoh th aly 1990s, whch ncldd th owth o hh ny physcs, a ld that clamd lttl conomc, tchnolocal, o mltay lvanc bt nonthlss commandd bllons o taxpay dollas to bld and opat sach aclts o npcdntd scal. “Mascnc,”” as Lllan Hoddson, Cathn Wstall, “Mascnc, Wstall, and Adnn Ad nn Kolb hav chstnd t, bcam th standad mod o sach o th most vs18 bl physcs sach at th Scond Wold Wa.  Fom th vanta pont od by a qat cnty’s dstanc om th SSC’s dms, howv, mascnc sms s ms lk a Cold Wa Wa v dam. Fo Fo how lon s t asonabl a sonabl to assm that th mmoy o th Manhattan Pojct scd to convnc polcymaks that hh ny physcsts shold contn to njoy a blank chck om th Atomc Eny Commsson (AEC), and lat, th Dpatmnt o Eny, spcally whn thy otnly dnd that th wok cam wth pactcal oshoots? Th makabl hstoy o ncla physcs n th 1930s and 1940s no dobt thAda apdWol owthxplans o hhnny physcs soon Wa at scth Scondcontbtd Wold Wa.toAs h hstoy o Cold nc and tchnoloy: “Hh-ny physcs thvd wthn th nstttonal clt o th Cold Wa bcas th AEC—th ancy that bankolld t— blvd n th nhnt lvanc o ncla scnc to th natonal ntst. What ncla physcs wantd, ncla physcsts ot.”19  Ths xplanaton capts th psycholoy o th 1950s and aly 1960s, bt t bcoms lss adqat lat n th Cold Wa. Althoh thy clamd th sam ancsty, ncla physcsts and hh ny physcsts had omd dstnct commnts by th lat 1960s. Th om was dply nttwnd wth th ntsts o th natonal scty stat, whas th latt was ncompomsn n ts commtmnt to psn knowld wth no vdnt applcatons. 20 Th mo hh ny physcs stablshd ts bona ds as a ld nslld by pactcal concns th lss t shold hav bn abl to tad on th poms o lvanc to natonal dns, vn thoh t psntd an nvstmnt n natonal pst. What xplans th contnd—and ndd ostntatos— sccss hh ny physcs njoyd wth dal patons that ndd only wth th SSC’s dms n 1993? Mssn om pvos acconts s th contbton o sold stat and latd sach to th ma and dntty o physcs. As Andson obsvd whn h lamntd th nanmos ont hh ny physcsts psntd, thos vwn physcs om th otsd w otn not qppd to dstn-

 

INTRODUCTION: WHAT IS SOLID STA STATE TE PHYSICS AND WHY DOES IT MA MATTER? TTER?

11

sh btwn th vaos sblds and sach commnts o whch t was composd. To many polcymaks, physcs was physcs. It natd acan knowld abot th natal wold and  t  t podcd antastc adts. Thos two nctons w connctd n som way; tho, th ld was dsvn o sppot. Polcymaks Polcymaks nally accptd th jdmnt o th most stmd psntatvs o th ld as to how that sppot s ppot shold b allocatd. Saah Bd’s Scientists at War  conts   conts th collctons o Nw Mxco snato Clnton Andson, who admttd whn scntc vdnc basd on hs nstnctal tst o th ndvdal xpt dlvn t, ath than on an attmpt to ndstand th scntc contnt o th vdnc. 21 Habts sch as ths nsd that th poltcally bst-placd physcsts p hyscsts njoyd consdabl sway ov th ma o th ld, whch shapd dal ndn pots. Hh ny physcsts’ sccss mantann hh lvls o dal sppot, howv howv,, dpndd on povncs o physcs wth lss poltcal p oltcal clot contnn to chn ot sach wth na-tm tchnolocal and conomc lvanc. Th mltay mad apd and xpdnt s o smcondcto-basd lctonc andmbacd mpovdth matals. Th bonn consm componnts clt aly tchnolocal podcts oAmcan physcal sach sch as tansstos, ntatd ccts, and mpovd bakwa and sto qpmnt. Amcan ndsty ond ss o lass, spcondctn mants, ncla mantc sonanc tchnqs, and bspok alloys. Ths onatd n sold stat physcs and alld lds, bt as lon as hh ny physcsts sccdd n psntn th wok as achtypcal and polcymaks mand ncos abot th ld’s  ld’s ntnal dvsty dvsty,, th bnts o sch advancs accd to ts mo pstos banch. Hh ny physcs, n shot, mantand ts sccss n pat bcas th accomplshmnts o sold stat physcs contnally nwd n th mnds o dal patons th assocaton btwn  physcs as a whol and th tchncal, conomc, and mltay bnts o a w o ts ndavos. A thooh appcaton o th owth o sold stat physcs thoh th Cold Wa Wa s tho a pqst o ndstandn physcs as a whol n on o th most aspcos as n ts hstoy. THE SCOPE OF THE BOOK

In 1899, th ya th Amcan Physcal Socty was stablshd, ts ondn psdnt Hny Rowland wot: “Wh, thn, s that pson who noantly sns at th stdy o matt as a matal and oss stdy? Wh, aan, s that man wth ts so God-lk and mnd so lvatd that h can attack and solv ts poblm?”22 H d to lat nntnth-cnty st-

 

12

SOLID STATE STATE INSURRECTIO N

ls to ndstand th stct and bhavo o atoms and molcls. Th sntmnts h dscbd nonthlss nonth lss colod physcal nvstatons o solds and oth complx matt matt  thohot th twntth cnty. cnty. Sold stat physcs otn dw sns om thos who ancd that th own stds attand a at d o lanc and lookd down th noss at “Schmtzphysk,” “Schmtzphysk,” o “sqald stat physcs.” Ths pjoatvs, th st o wat-cool bant ath than pblshd nvctv, a attbtd to May Gll-Mann and Wolan Pal, spctvly. spctvly. In addton to svn patcl physcsts n th ots to xalt th own stds, thy povdd a allyn pont o sold stat physcsts, who ond motvaton n opposn sch condscnson.23  Fa om bn th my and nlant ntps hh ny physcsts ddd, thy nsstd, sold stat physcs posd naly concptal and pactcal poblms that nspd notwothy laps o thotcal manaton and xpmntal vtosty vtosty.. Th at ony o th dson dctd at sold stat physcs s that th thns that ondd oth physcsts’ snsblts—ts ocs on complx, al-wold connctons to ndsty—w vybysam that hlpdsystms, nw thtswaant o bl-sks sach so th vald thosthns hln th nslts. Ths book os a hstoy o th Amcan sold stat physcs commnty wth th oal o llmnatn how attnton to t and smla lds can val dpndncs o ths typ and thby nch, and phaps vn om, o ndstandn o twntth-cnty physcs. It psnts a stoy abot th oanzatonal stcts o Amcan physcs and th das that shapd t, ollown th possonal possona l socts, jonals, laboatos, and poltcal ntvntons, as wll as th dscoss and dsamnts that nncd what oms thy took. Ths stcts both ctd and nocd what t mant to b a physcst n th as n whch thy w blt, and thy chand n spons to shtn das o possonal dntty and dscplnay ppos. Chann thm was otn a way to nact a vson o th ld, o wh t shold o, what t shold b, and whom t shold sv. Thoh ach o th chans tacd h, sold stat took anoth stp towad shapn Amcan physcs n ts own ma.24 Appcatn how sold stat physcs chand th collctv dntty o Amcan physcs qs ndstandn what cam bo. That s th oal o th st two chapts, whch dscb th domnant dals o Amcan physcs that w stablshd n th st  st hal o th twntth cnty. cnty. Chapt 1 chats th s o th “p scnc” dal, whch Hny Rowland mxd nto th mota o th Amcan Physcal Socty. Rowland saw th socty

 

INTRODUCTION: WHAT IS SOLID STA STATE TE PHYSICS AND WHY DOES IT MA MATTER? TTER?

13

as a  o nttd, costy-dvn scntc nqy that wold nslat physcsts om qstons o tchnolocal applcablty o conomc lvanc. Th cntalty o ths dal o th pow boks o th Amcan physcs commnty nsd that ndstal physcs, as t w thohot th 1920s and 1930s, was latd to th pphy. Th ncasn lvanc o ndsty to th physcs commnty, commnty, howv howv,, ld ndstal physcs to sk s k possonal satsacton. A slw o nw socts and pblcaton otlts lld nds that th APS and th  Physical Review Revie w, ts ashp jonal, dnd to addss. Indstal physcsts w not contnt to s th na xclson om th ky nstttons o Amcan physcs n slnc, howv. Chapt 2 ollows th machnatons thy ndtook as a s md-cnty appoachd, whl th physcs commnty at la st abot consoldatn th socs and nnc t had won wth ts watm labos. Impovn th poston o ndstal physcsts qd catn a nw ndstandn o what physcs was and how t shold b oanzd. Whas tadtonalsts vwd physcs, and ts bondas sbdvsons, as ondd n thvwd stct o th natal wold, advocats oand ndstal psntaton nstad dscplnay bondas as aas o convnton that cold b stctd at wll to mt contmpoay nds. Th s o ths latt atttd pavd th way o th mnc o sold stat physcs, a catoy that mad lttl sns accodn to th tadtonal way o lookn at physcs n tms o dsct classs o phnomna p hnomna and th pactcs sd to nvstat and xplan thm. Th p scnc dal mand a potnt oc n Amcan physcs thoh th mand o th twntth cnty, and sold stat physcs md om th ndstal nscton aanst t. Chapts 3 and 4 chat th dscpln as t stablshd ts st nstttons and w nto th last consttncy o Amcan physcs. In chapt 3, I ntodc th “op o sx,” an allanc o physcsts dtmnd to cat nstttonal spac o ndstal and appld sachs wthn th APS. Ld by Gnal Elctc’s Roman Smolchowsk, th op o sx oanzd to om what wold vntally bcom th Dvson o Sold Stat Physcs (DSSP), th st nstttonal xpsson o th ld. Thy wold not sccd wthot stn p consdabl contovsy, howv. Th psh to ond a nw APS dvson that wold b ndl to ndstal sachs ld som to woy that sch ots wold compoms th socty’s ppos, and tho th nty o Amcan physcs. Thos tnsons psstd n spt o attmpts to solv thm wthn th DSSP, DSSP, and th psh and pll btwn a ds o nty and a

 

14

SOLID STATE STATE INSURRECTIO N

nd o mo spcalzd possonal psntaton wold dn th ld’s aly yas. Th physcs dscpln’s apd owth thoh th 1950s psntd pssn challns, and ths a th sbjct o chapt 4. Sold stat physcs otstppd vn th apd naton o th anks o all physcsts. Th la pool o appld and ndstal physcsts who w ndsvd by th APS ockd to th nw sold stat dvson and hlpd stablsh th ld’s ltmacy. Th jonal nastct, whch stld to accommodat xpanson acoss physcs as a whol, lt th atst pss om sold stat’s apd owth. Dscssn th pblcaton poblm od a mans to notat lnn dsqt abot th dntty o sold stat physcs. Som avod stablshn nw pblcatons and bldn ston allancs wth chmsty and nnn, whas oths oht had to kp th ld nsconcd n physcs. Th latt vw wold wn ot and sold stat’s commtmnt to scn ts plac wthn Amcan physcs nsd that th dscpln as a whol wold com to mbac consttncs that challnd th ston p scnc thatand dnd ts aly dcads mltay,doloy conomc, ndstal nds o th and Coldna Wa. mo lly wth th Th solton o ths ss and th bnnns o a stabl possonal dntty o sold stat physcs cam jst n tm o condtons that wold tst t. Chapts 5 and 6 both xplo th nnc on sold stat physcs o th md-1960s ndn cnch. Th US ovnmnt, spcally th mltay, had ndd all mann o scntc sach n th mmdat post–Scond Wold Wa yas wth a nosty that bodd on th haphazad. In th md-1960s, ndn o scnc ban to thtn. Condtons that had avod  avod ndscmnat owth av way to an a o d-n-tooth-and-claw comptton that sowd bttnss btwn dscplns comptn o th sam dwndln nds. Th tnsons btwn thos who soht to xplo sold stat’s tchncal potntal and thos who wantd to poston t as a soc o ndamntal physcal knowld had not solvd, vn as th ld’s  ld’s nstttonal staton had stablzd. Ths two chapts consd how ths tnson ld dnt sach ops to nd dnt nchs n th shtn ndn coloy. Chapt 5 xamns th possblty psntd by ollown th lad o hh ny physcs and psn p sn la aclts o basc sach, sch as th Natonal Mant Laboatoy at th Massachstts Insttt o Tchnoloy. A somwhat dnt oppotnty, dscssd n chapt 6, cam n th om o matals scnc, whch mand a nos ont o dal ndn and povdd an otlt o sold stat’s appld ambtons.

 

INTRODUCTION: WHAT IS SOLID STA STATE TE PHYSICS AND WHY DOES IT MA MATTER? TTER?

15

Chapt 7 ntodcs a shap acton aanst th tchnolocal lacy o sold stat physcs: th phlosophcal dns o mnc dvlopd by Phlp W. Andson. Andson, spondn to th sbodnat possonal poston sold stat physcsts occpd n th physcs commnty, pnnd “Mo Is Dnt,” a 1972 Science atcl challnn th dctonst pct o th physcal wold that had bcom ospl wthn patcl physcs. Th dctonst poston mantand that th most ndamntal knowld, and tho th most mpotant, was to b ond amon th smallst consttnts o matt and ny. ny. Andson’s amnt that ndamntal  ndamntal knowld cold b had at all lvls o physcal complxty bcam a allyn cy o th sold stat commnty. Th battl o ntllctal conton wold lad som to dstanc thmslvs om sold stat’s ndstal oots, hhtnn ntnal tnson btwn th qmnts o ndn sold stat sach and a qst o ntllctal stm. Acknowldn th ntllctal val o th concpts that w ncssay to appcat th bhavo o complx matt,, sold stat physcsts ad, wold ncsstat wadn th t th  ld wth both at stm and nancal sppot that was not lnkd to tchnolocal dlvabls. Ths staty ld som to abandon th nam sold stat physcs n avo o a nw dsnaton, condnsd matt physcs. Qantm mchancal tatmnts o complx matt had dvlopd consdably by th 1970s. Thy cold by thn b mo sccsslly appld to ds—sch as lqd lq d hlm— amophos solds, and oth systms that dd not sbmt to smplcaton so adly as la solds than thy cold n th 1950s, whn sold stat physcs omd. Th own mpotanc o ths sach aas mad th ld’s nomnal stcton to solds ncasnly ncomotabl, povdn all th mo ason to avo a nam chan. Chapt 8 tacs th tanston to condnsd matt physcs. Th nw nam amd to dlnat a ld that cold clam th accomplshmnts o sold stat and cold mak a mo sos cas that t blond wthn th ntllctal co o physcs. Pblc dbats ov th mts o th Spcondctn Sp Colld, th ocs o chapt 9, pomptd both sold stat and patcl physcsts to dnd th ntllctal and possonal dals n a hh-staks contxt. Patcl physcsts ld havly on th dctonst htoc that had svd thm so wll dn th Cold Wa. Conscos, thoh, that th contxt had chand, many many o thm also mbllshd ths jstcaton wth somtms mmodst clams abot th spn-o bnts o la-scal acclato sach. Sold stat physcsts alld n opposton to what thy consdd an x-

 

16

SOLID STATE STATE INSURRECTIO N

tavaanc. Thy mad an assv cas that basc sach ndn cold b btt spnt n th own backyad. Opposton to th SSC std on th clams that sold stat was jst as ndamntal as a s patcl physcs, that ndn xploatoy sold stat sach wth no stns attachd wold podc mo socally and tchnolocally valabl slts as a matt o cos, and that th concntaton o dal physcs ndn n la aclts damad oth aas o sach. Ths vw complmntd th vson o physcs that had bn ncbatd n Amcan sold stat and condnsd matt physcs, and that amd to synthsz th physcs commnty’s lon-standn p scnc dal wth a commtmnt to ts tchnolocal and conomc lvanc. Th SSC’s dms, bcas t makd th lmts o th b scnc poam that had domnatd physcs spndn o dcads, psntd a pblc vctoy o an altnatv to th had-ln p scnc otlook that had bn mantand n pat by th tchncal contbtons cont btons o sold stat physcs thohot th Cold Wa. Th onal Star Wars tloy tlls th stoy o a ata band o msts, many o whom a an adpt at manplatn oc pvadnod vyday matt, who ally to mont nscton aanst ath stablshd and hlp dstoy a ant, patally blt bam machn. Th hstoy o Amcan sold stat physcs, as choncld n ths chapts, ollowd mch th sam plot. Th ld was cobbld toth om a dvs assotmnt o sach tadtons, th only common lmnt o whch was a ocs on th ocs ovnn th matt that sonds s—and how to manplat t. Its omaton psntd a jcton o th tadtonal pow stct o th Amcan physcs commnty, whch xaltd p scnc and hld applcatons n low stm. And t cam to pblc pomnnc whn many o ts nntal pacttons moblzd to hlp bn down th SSC. (Th Sp Colld, admttdly, was not dsnd o th xpss ppos o dstoyn plants, bt som on th ns hav sstd that smla machns mht hav jst that ct.)25 Many sold stat physcsts adoptd a bl mndst, manalzd as thy w by th low stats accodd appld physcs and th mo powl collas’ dson o th ntllctal ots. Th possonal machnatons w calbatd to challn ths stats qo. It s n ths sns that th stablshmnt and owth o sold stat physcs constttd a om o bllon. Mch lk poltcal psns, th sold stat nscton spondd to spcc vancs. It ctd th ntsts o ndstal physcsts, who ald aanst th pdomnant dals o Amcan physcs and ts tadtonal

 

INTRODUCTION: WHAT IS SOLID STA STATE TE PHYSICS AND WHY DOES IT MA MATTER? TTER?

17

mods o possonal oanzaton. Sbsqnt ots sold stat physcsts montd to aan th nstttons o Amcan physcs soht dom o dscplnay assocaton, o mo qtabl dstbton o socs. It wold b a oss xaaton to say that sold stat physcsts thw o th hmony o th p physcs dal, bt ths nd not wakn th mtapho. Insctons, at all, do not always lad to ovthow. Thy can also nvolv a nw ntaton, on that bns nto nt o th cnt ops whos ntsts n tsts w pvosly on th pphs. Th conclson o ths book cts on how w can ndstand th hstoy o Amcan sold stat physcs n jst that way. way.

 

1

THE PURE SCIENCE IDEAL AND ITS MALCONTENTS

W om an astocacy astocacy,, not o walth, not o o  pd, bt o ntllct nt llct and o dals, holdn hm n th hhst spct who adds th most to o knowld o who stvs at t as th hhst ood. —HENRY ROWLAND, 1899

Whn Alxs d Tocqvll vstd th Amcan contnnt n th 1830s, h was stck that “hadly anyon n th Untd Stats dvots hmsl to th ssntally abstact and thotcal poton o hman knowld.” 1  Dmocacy, combnd wth th nomnal altaansm o Amcan clt, h contndd, ncntvzd na-tm pactcal an ov th amlss sms that Eop’s astocatc tadtons and hdtay walth aodd. Abstact knowld was a lxy o th tadtonal lt, and so lanshd n a socty that dsdand ltst tadtons. Whn th Amcan physcs commnty coalscd at th tn o th twntth cnty, cnty, t wold do so n xplct opposton to ths tndncy, tndncy, catn a vson o “p” scnc dsnd to kp th pamatsm o Amcan clt at bay and to ncoa a scntc clt that cold stand alonsd th stablshd physcs tadtons o Eop. Physcs n nntnth-cnty Eop was th povnc o a socal and ntllctal lt. In Btan, t was domnatd by vtans o th notoosly dmandn Cambd mathmatcal tpos, opn n pactc only to wllhld mmbs o th Anlcan stablshmnt.2  In th Gmanc stats, physcs had scd a stabl plac n sconday sconda y dcaton by th md-1800s, bt ts ntnatonally conzd sachs w dawn om th pp chlons o socty and ts nstttons, sch as th Physkalsch-Tchnsch

 

THE PURE SCIENCE IDEAL AND ITS MALCONTENTS

19

Rchsanstalt, w by and o th ln classs. 3  Bt nth o ths ast tadtons clamd to b “p” n th way th tm was ndstood by Amcan physcsts at th tn o th cnty. As abstact as th mathmatcs that powd Btsh thmodynamcs and lctomantsm was, t was napolotcally lnkd to Btsh ndsty, n patcla th tlaph cabls and stam nns that sstand ts lobal mp. And ollown ncaton n 1871, ndstal poss bcam a smlaly potnt concn o Gman 4 physcsts.  Whn Amcan physcsts nvsond th ld as a p ntllctal ndavo nd avo,, abov abov and apat om th pactcal pactca l dmands o socty, socty, thy ndstood thmslvs to b mlatn th Eopan contpats. To th xtnt that thy th y adoptd Eop’s snsblts, howv howv,, thy dd so wth th vo o th convtd. Thy catd a nw dal, all th mo stanch bcas t took th pactcal bnt o Amcan clt as ts ol. Th p scnc dal mand a chshd lmnt o Amcan physcsts’ dntty thohot th st hal o th twntth cnty, bt ths dos not man that all o vn most o th physcs pactcd n th Untd Stats 5

was mot om tchnolocal conomc concns.   Th Amcan Physcal Socty Socty, , ondd n 1899,and w qckly byond ts thty-sx chat mmbs, and an appcabl poton o ts owth n th st w dcads o th twntth cnty was n th ndstal scto. Many Amcan physcsts ndvdally saw no ason to shy away om ndsty, bt th nstttons o Amcan physcs wokd to manalz ndstal physcs and mantan p scnc as a latv dal. Ths backond s ccal to appcat th s o sold stat physcs, whch psntd an ndstal ncson nto th p scnc ctadl that had bn ctd, and o th most pat sccsslly dndd, thoh th st hal o th twntth cnty cnty.. I sold stat physcs md as an nstttonal salv o a conct con ct o dals wthn Amcan physcs, thn addssn th dals that ssd th aly nstttons nsttt ons o Amcan physcs s ncssay to ndstand th condtons that mad t possbl. 6 HENRY ROWLAND AND THE PURE SCIENCE IDEAL

At th nd o th nntnth cnty cnty,, Hny Asts Rowland, on o th w Amcans to njoy an ntnatonal ntnatona l ptaton n physcs, obsvd mch th sam stat o aas as Tocqvll. Th pactcally mndd Thomas Edson was th pblc ac o Amcan scnc, and Rowland lamntd that “mch o th ntllct o th conty s stll wastd n pst o so-calld pactcal scnc whch mnsts to o physcal nds bt lttl thoht and mony

 

20

SOLID STATE STATE INSURRECTIO N

s vn to th and poton o th sbjct whch appals to o ntllct alon.” Rowland and thty-v oths ondd th Amcan Physcal Socty (APS) to mnst to th ntllct.7 Rowland had spnt 1875–76 stdyn n Eop, dn whch tm hs vws on th pop condct o scnc cystallzd. 8 H wokd n Hman von Hlmholtz’s Bln laboatoy, wh h w to adm th Gman sach nvsty and th contnntal tadton o thotcally ontd scnc psd by a cltal and ntllctal lt. Ths xpncs svd hm wll n th appontmnt h assmd on hs tn to th Untd Stats, at th nwly omd Johns Hopkns Unvsty, whch was ondd wth a sach mandat. In Rowland’s ys, nvsts nvsts w only on lmnt o a ston scntc commnty commnty,, whch also qd obst possonal nstttons to act as a blwak aanst th conomc ntcmnts to tchncal wok that ssd Amcan clt. H ndstood “p scnc”—by whch h mant nttd pst o tth abot th natal wold,  om th dmands o mmdat sl applcaton and th all o pcnay wad— not as a o pqst scntc bt also as aw moal “Ltonly s hold hads hh ho h wth a ptth, conscnc conscnc  whl skmpatv. th tth, t th,”” h mplod hs llow physcsts at th scond mtn o th APS.9 Th catos o “p” and “appld” scnc as Rowland ndstood thm w at onc claly dlnatd and nxtcably lnkd. Rowland mht hav scond th Edsonan pst o pot, bt not so mch that h soht to dny th plac o scntc knowld as a wllspn o novl know-how. Rath, h nsstd that th pst o knowld cold only ncton poply and yld thos bnts whn t was nslatd om th dvsonay nnc o mcantlsm.10 And h thoht that ston possonal nstttons cold povd sch potctons. Rowland dd n 1901, bt hs ltsm was wovn nto th abc o th Amcan Physcal Socty, whch ban as a dstnctly voy tow nsttton.11 In 1902, th socty’s thd ya, only 4 o ts 144 mmbs potd  job ttls o alatons that ctd ndstal mploymnt.12  Indstal mmbshp w adally n th ollown dcads. As o Jly 1920, appoxmatly 60 pcnt o ts mmbshp was alatd wth acadmc nstttons, compad wth abot 24 pcnt n ndsty and 9 pcnt n ovnmnt jobs.13 Dspt sch owth n th ndstal scto, th ocs o th socty all clamd nvsty alatons n 1920, as dd th vast majoty o th svntn-mmb concl, whch ncldd jst two mploys o ovnmnt laboatos and on psntatv psn tatv om ndsty. ndsty.14

 

THE PURE SCIENCE IDEAL AND ITS MALCONTENTS

21

Gowth n th socty’s ndstal mmbshp, and th contastn contnty o ts acadmc ladshp, ndcat th xtnt to whch th APS was an sland, and soht to man on. Hstoans hav consstntly and oclly challnd th shap dstncton btwn p and appld scnc that Rowland soht to mantan (and th post–Scond Wold Wa dstncton btwn basc and appld sach that was ts h). As Davd F. Nobl obsvd n 1977, and many oths hav nocd snc, th lat nntnth and aly twntth cnts wtnssd a clos conncton btwn scnc and tchnoloy. Th sltn mphass on scnc-basd, potontd ndstal podcton ld Pal Lc to db t th Tnsld A. A bass n physcs and chmsty bcam a mak o possonal dntty o th mn nnn dscplns and ndstal dvlopmnt bcam mly lnkd wth scntc sach, spcally dn and n th wak o th Fst Wold Wa.15 No dd ths scnc–ndsty allanc m n opposton to an xstn, ntnchd p scnc dal. Gam Gooday obsvs that th vsons o pHxly scnc n champond bynw. Rowland n thasUntd Stats and by Thomas Hny Btan w As mch Rowland ndstood hs vson to b ootd n th at ntllctal tadtons o Eop, th da that taxpays and phlanthopsts had an oblaton to bankoll ntllctal psts nmood om th pactcal qstons o th a was novl.16 A slctv adn o hstoy o th physcal scncs ld Hxly to concld that “pactcal advantas . . . nv hav bn, and nv wll b, scntly attactv to mn nspd by th nbon ns o th ntpt o Nat, to v thm coa to ndo th tols and mak th saccs whch that calln qs om ts votas.”17  Thmodynamc and lctomantc thoy, th hly sccssl and ntllctally vd physcal accomplshmnts o Hxly’s own a, n act owd both a matal and ntllctal dbt to th xpandn tchnolocal nastct o th ndstal volton. 18 Th APS, whch thmbd ts nos at ndstal captalsm, pocdd wth th m convcton that nnc dd and shold ow om abstact knowld to pactcal s, bt not th oth way aond. That poston dd not t as to mantan as th twntth cnty wo on. Th Fst Wold Wa n patcla patc la stnthnd th conncton btwn abstact sach and tchncal mplmntaton that Rowland and hs cohot had hopd to sst. Th dmands o th Fst Wold Wa ld many to lamnt th atcalty o th p/appld dvson. John J. Caty sd hs psdntal addss to th Amcan Insttt o Elctcal Enns n 1916 to obsv:

 

22

SOLID STATE STATE INSURRECTIO N

Asn ot o ths ataton coms a own appcaton o th mpotanc o ndstal scntc sach, not only as an ad to mltay dns bt as an ssntal pat o vy ndsty n tm o pac. . . . I consd that t s th hh dty o o nsttt and o vy mmb composn t, and that a smla dty sts pon all oth nnn and scntc bods n Amca, to mpss pon th manacts o th Untd Stats th wondl possblts o conoms n th pocsss and mpovmnts n th podcts whch a opnd p by th dscovs n scnc. 19

Th Unvsty o Chcao botanst John Ml Colt contndd, “Th pblc has bn to conz th act that p and appld scnc a not mtally xclsv lds o actvty, bt complmntay, and tho pblc sppot o p scnc has bn own, and as a consqnc th pactcal achvmnts o p scnc n conncton wth th wa, t bds a to nt pon ts own pblc stmaton and sppot.”20  To thos otsd o physcs, and to som wthn, th latonshp btwn scnc and ndsty appad cpocal was ath than hachcal. That pcpton bolstd by a nn stnthnn o th conncton btwn physcs and an d ndsty. ndsty. Indstal sach laboatos laboato s blossomd dn th st dcads o th twntth cnty. Th Gnal Elctc Rsach Laboatoy, Laboatoy, ondd n 1900, od a poo o concpt that nspd oth ndstal concns to nvst n sach. Th AT&T Bll Tlphon Laboatos, stablshd n 1925, ostd a sach clt that ncoad ts scntsts to man opn to th nxpctd n th hops o mantann ts advanta n lctonc commncatons tchnoloy. Bll bcam th st ndstal laboatoy to podc a Nobl Pz wnn n physcs whn Clnton Davsson won n 1937 o a 1927 xpmnt that dmonstatd lcton dacton, conmn a thotcal pdcton o Los d Bol. 21 Th wav bhavo o lctons llstats th blnd o p and appld sach ostd at Bll. It was at onc a ndamntal physcal dscovy and somthn a tlphon company, whch was n th bsnss o tansmttn lctons, wold vy mch lk to know. Th poms o th possblty, at last, to condct costy-dvn sach, alon wth th hh salas th pvat scto cold o, ld many physcsts nto ndsty—and th pomnnc that Bll n patcla achvd, n pat on accont o Davsson’s pz, postond t to bcom th most nntal sold stat physcs hb at th Scond Wold Wa. Thoh th 1920s and 1930s, ndstal laboatos not only mployd an appcabl popoton o Amcan phys-

 

THE PURE SCIENCE IDEAL AND ITS MALCONTENTS

23

csts bt also natd an appcabl popoton o th paps pblshd n Amcan physcs jonals.22  Th cltal dncs btwn ndsty and acadma nvthlss mand shap. Indstal sach, vn whn dctd towad scntc nsht, qd ts own styl, on that ndstood nsht and applcatons to b o a pc, and that dd not ank thm wthn a stct val hachy.23 Althoh Amcan ndsty was bcomn mch namod o physcsts, Amcan physcs—o at last ts ashp socty—had lttl acton o ndsty. Th pvaln atttd thoh md-cnty s ctd n a pc o dol that mad th onds at MIT’s Radaton Laboatoy n 1944, clbatn Isdo Isaac Rab’s Nobl N obl Pz by pasn hs sl-aboatv dsdan o th compaatv chs avalabl to physcsts who wnt copoat: Now all yo bht yon llows wth yo ys pon th stas, Yo adat assstants who sbsst on pant bas I ndsty shold woo yo wth two hndd bcks a wk  Rs th job and say, wthot yo ton n yo chk, It an’t th mony   It’s th pncpl o th thn It an’t th mony   Th’s thns that mony can’t by It an’t th mony   That maks th ncls o ond It’s th phlosophcal thcal pncpl, w kp tlln oslvs, o th thn. 24

Th son convyd th sns o moal spoty that cam wth sstn th hh salas ndsty was abl to o, alon wth th consnss that th most ntstn ntllctal wok mand th povnc o nvsty sach. Wthn a contxt that avod clos contacts btwn scnc and commc, th p scnc dal that th APS stanchly mantand pomptd nstttonal owth lswh n Amcan physcs. Th nw socts omd btwn 1916 and 1929 psntn naow spcalts, ach wth a pomnnt ocs on nstmntaton and/o applcatons. Th Optcal Socty o Amca w ot o Eastman-Kodak’s sach laboatos and was ntndd to sv th nds o a own op o ndstal sachs stdyn ntactons btwn lht and matt.25 Th Acostcal Socty o Amca, whos st mtn was hostd at th Bll Tlphon Laboato-

 

24

SOLID STATE STATE INSURRECTIO N

s n 1929, also had ndstal oots and was dctd towad nnn ntsts.26  That sam ya saw th omaton o th Socty o Rholoy, ddcatd to th nwly namd scnc that stdd th domaton o matt. Its onds mbacd th ld’s potntal applcatons, notn n th annoncmnt o th nw socty: “Haclts was pobably coct n sayn that ‘vythn ows’ and th majo poblms o at ndsts daln wth ntoclllos pant, vansh, atcal txtls, mtals, bb, tc., hav 27 to do wth lastc domaton and ow.” Non o ths ops wold hav ond a wam wlcom n th APS. Wallac Watall, ondn mmb o th Acostcal Socty, calld that “ anybody had com alon thn wth th da o sttn p dvsons o th Physcal Socty and havn th Acostcal Socty bcom on o thos dvsons, why, that woldn’t hav on ov at all.”28 Th Physcal Socty’s conscos dcson to spn applcatons catd a nd o nw possonal otlts that svd th own commnty o appld and ndstal physcsts. ACCOMMODATING ACCOMMODA TING APPLIED PHYSICS

Mmbs o applcaton-ontd possonal oanzatons who w tand n physcs contnd to thnk o thmslvs as physcsts, vn  th APS was not th possonal hom. I t hopd to man a cohsv commnty, Amcan physcs wold nd a la coal. On May 3, 1931, psntatvs om th th nwly omd socts and th APS assmbld at th Cosmos Clb n Washnton, DC. Th occason was th st mtn o th Amcan Insttt o Physcs (AIP).29 Th nw oanzaton was pncpally a pblshn opaton coodnatn th collctv pnt otpt o ths oanzatons—and, som months lat, o th Amcan Assocaton o Physcs Tachs, tsl nwly stablshd. Th AIP, an oanzaton o oanzatons, mst hav smd nwldy to many n a commnty that ntl cntly cn tly had bn so small. It was a conton, howv, o “th act that th was thn no snl socty that dw toth all thos whos pmay scntc ntst was n th ld o Physcs,” as th commtt chad wth plannn th AIP’s post–Scond Wold Wold Wa Wa actvts wold call n 1945.30 Th AIP was a concsson to th act that Amcan physcs was bcomn la and mo ds. Abaham Pas, n hs ctons on th  Physical  Review—th ndsptd jonal o cod o Amcan physcs o th btt pat o th past cnty—calld that n th 1930s ddcatd physcsts cold stll ad “th n monst monst,,” as t was known, cov cov to cov and mantan a panoamc vw o th ld.31 Evn n 1931, howv, that lvl o ddcaton

 

25

THE PURE SCIENCE IDEAL AND ITS MALCONTENTS

Articles in Physical Review , 1920–196 1920 –1960 0 1400

1200

1000

    d   e     h   s    i     l     b   u    P   s   e     l   c    i    t   r    A

800

600

400

200

0

 1    9    2    0  

 1    9    2    1  

 1    9    2    2  

 1    9    2    3  

 1    9    2    4   

 1    9    2    5   

 1    9    2    6   

 1    9    2    7  

 1    9    2    8  

 1    9    2    9  

 1    9    3    0  

 1    9    3    1  

 1    9    3    2  

 1    9    3    3  

 1    9    3    4   

 1    9    3    5   

 1    9    3    6   

 1    9    3    7  

 1    9    3    8  

 1    9    3    9  

 1    9    4     0  

 1    9    4     1  

 1    9    4     2  

 1    9    4     3  

 1    9    4     4   

 1    9    4     5   

 1    9    4     6   

 1    9    4     7  

 1    9    4     8  

 1    9    4     9  

 1    9    5     0  

 1    9    5     1  

 1    9    5     2  

 1    9    5     3  

 1    9    5     4   

 1    9    5     5   

 1    9    5     6   

 1    9    5     7  

 1    9    5     8  

 1    9    5     9  

 1    9    6     0  

Year

Figure 1.1. Nmb o atcls pblshd n Physical Review btwn 1920 and 1960.

was a and xcsn t byond th capablts o all bt th most dod ads. Pas’s collctons mst also b consdd wthn th boad contxt o Amcan physcs pblshn. Bo 1929, th  Physical Review and th  Journal o the Optical Opti cal Society o America  w th only ddcatd otlts o scholaly wok n physcs n th Untd Stats. That chand wth th appaanc o sval nw jonals n th lat 1920s and aly 1930s.  Reviews o Modern Physics soht to mak contmpoay sach mo dstbl by smmazn lvly aas n shot vw atcls.32  Review o Scientic In struments lanchd n 1930, by whch tm th pblcaton xpanson was alady jan to som. In th dtoal that ban th naal ss, Floyd K. Rchtmy acknowldd: “Th nmb o scntc and tchncal podcals to whch any wok n th p o appld scnc mst  has ncasd so apdly n cnt yas as to as n som mnds th qston o th dsablty o takn stps to dscoa th statn o nw jonals.”33  Th backond to hs maks ncldd pblcatons sch as Journal o the  Acoustical Society o America and Journal o Rheology, both ondd n 1929. No was  Review o Scientic Instruments th last Amcan physcs jonal to appa aond 1930— Physics, th  Journal o Chemical Physics, and th   American Physics Teacher  Teacher  wold  wold ollow btwn 1931 and 1933. Th nmb o atcls th  Physical Review  pblshd achd a local

 

26

SOLID STATE STATE INSURRECTIO N

maxmm n 1931, whn th nw jonals stmmd what had bn a stady s thoh th 1920s ( 1.1). It wold not ach th sam lvl aan ntl at th Scond Wold Wa. 34  Th panoamc vw o physcs on wold achv by dlntly tamn th n monst  twc monthly thby chand n th 1930s. Th landscap shtd as whol aas o physcs matd to nw otlts and th Physical Review ocsd mo ntntly on kpn abast o nw and xctn dvlopmnts n ncla physcs and qantm mchancs. Consdn th xpnc o an achtypcal  Physical Review–adn APS mmb ov th pod om 1925 to t o 1935 xposs a cla sht. A typcal ss o th jonal n th md-1920s ncldd som thotcal wok, ncldn paps on qantm qa ntm phnomna, bt t also pblshd a at many atcls that wold hav ond a hom n mo spcalzd jonals jst a w yas lat. By th md-1930s, th thoy qotnt was hh and th jonal was domnatd by ncla and qantm paps. Th owth o nw otlts n ntvnn yas dd not thatn th Physical Review’s stats as th commnty’s jonal o cod, ddlon manathat ts pol was mo shaply dnd than t had bn. Itbt wastno nal ntst jonal, at last not so a as th own  own consttncy o ndstal and appld appl d physcsts was concnd. Anyon opatn on th assmpton that th APS psntd Amcan physcsts and that th  Physical Review pblshd what was mpotant to know abot cnt physcs wold hav pcvd a shapnn o Hny Rowland’s p scnc msson, ath than a dlton, vn as th mpotanc o appld physcs w wthn th st o th commnty. Th jonal’s ptaton also chand cha nd makdly ov ths span. John Van Van Vlck lat calld: “The Physical Review was only so-so, spcally n thoy,, and n 1922 I was atly plasd oy pla sd that my docto’s thss was accptd o pblcaton by th Philosophical Magazine n Enland. . . . By 1930 o so, th latv standns o The Physical Review and Philosophical Magazine w ntchand.”35 John Tonc Tat bcam dto n 1926, th sam ya ll-bloodd qantm mchancs md n Eop. Van Vlck and oths cdtd ths tnaond to Tat’s a mbac o ncla and qantm physcs, both o whch advancd apdly n th 1920s and 1930s. Van Vlck coathod a boaphcal mmo o th Natonal Acadmy o Scncs wth Tat’s doctoal stdnt, mass spctoscopst Ald N, n whch thy pasd Tat o shown “a jdmnt and common sns n not dlayn by mch n notwothy paps daln wth vaos applcatons o qantm mchancs; ths was mpotant, o Amca was somwhat at a

 

THE PURE SCIENCE IDEAL AND ITS MALCONTENTS

27

dsadvanta compad to th cnts o Eop, wh th [qantm] volton had mnatd.”36 Psn a mo naowly thotcal ocs and tackln th xctn chans ntatd n Eop asd th  Physical Review Re view  to a jonal o ntnatonal standn, bt at th xpns o ts lvanc to a boad swath o ts domstc adshp. Tat was ws to th act that  Physical Review had naowd ts scop on hs watch. Wth ths n mnd, h lanchd a nw jonal,  Physics, n 1931. It was dsnd to sv th own cad o appld physcsts, whos pblcatons ntl that pont had bn “scattd thoh a nmb o nnn, chmcal and ndstal jonals. jon als.”” Physics, whch wold b namd th  Journal o Applied Appli ed Physics wthn a w yas, hopd to attact contbtons om appld sachs who lt alnatd by th naown ocs o Physia m th dntty as physcsts. Tat Tat commntd on th t h cal Review and to am pblcaton’s msson: Th Physical Review  has hthto bn th only otlt povdd by th Amcan Physcal Socty o th pblcaton o onal sach. As yo may hav notd th Review  has mo than dobld n volm dn th past sx yas and has bcom mo and mo th xponnt o th ply ntospctv sd o physcs. Ths s bt th natal slt o th ndamntal and adcal chans n th local amwok o th scnc whch hav attactd th attnton o an v ncasn op o actv physcsts. Bt ascnatn as a th dvlopmnts n atomc physcs and th qantm mchancs, thy do not by any mans psnt th whol o th scnc, no a thy mo ntstn o valabl than th onal wok o th at nmb o possonal physcsts who a applyn physcal mthods and pncpls to th poblms o oth scncs and th ndsts. 37  Physics was both an ovt to appld physcsts and an act o dmacaton

that placd thm otsd ts cnt. Appld sach wold not b lt to ds nto chmcal and nnn jonals and th ndstal ay ltat, bt nth wold t b antd a bth on th t h ashp vssl o th Amcan Physcal Socty. THE MAP OF PHYSICS, 1939

In 1939, Bnad H. (Bn) Pot dw a “Map o Physcs” ( 1.2). Pot was a adat stdnt n physcs at Bown Unvsty. Th ollown ya h wold b nlstd nto th Manhattan Pojct, on whch h wokd at Pncton Unvsty and Oak Rd ntl h qt th days at th bomb-

 

28

SOLID STATE STATE INSURRECTIO N

Figure 1.2. Bn Pot’s Map o Physcs, 1939. Th capton ads: “Bn a Map o Physcs, contann a b hstocal otln o th sbjct as wll b o ntst to physcsts, stdnts, and laymn at la. Also vn a dscpton o th land o physcs as sn by th dan sols who vnt th. And mo patclaly th locaton o vllas (namd at pon physcsts) as ond by th many vs. Also th dat o ondn o ach vlla. vll a. As wll as th dat o ts xtncton. And nally a collcton o vaos and sndy symbols qntly mt wth on th tp. tp.”” Rpodcd wth pmsson o Mak Mlncov, ltay xcto o Bn Pot, Pot, mmlncov@mal.com. Fom Bn Pot Collcton, Colby Coll, Spcal Collctons, Mll Lbay, Watvll, Man

n o Hoshma, tamatzd and dsllsond wth physcs. H wold nstad ollow hs passon o at, whch h sd as an otlt o hs llon stl wth th sponsblty h lt h shad o th dvlopmnt o ncla wapons. Bt n 1939 h mand namod o physcs. Hs map clbatd th ponn nstnct o th “dan sols” who vnt nto th onts o physcal knowld. It also ncodd an da abot what physcs was that was cntal to th Amcan p scnc dal. Pot’s map s both an atact and a ltal llstaton o th habts o mnd that latd appld and ndstal sach to th ns o th Amcan physcs commnty. It psnts th vaos povncs o physcs —mchancs, sond, lctcty, mantsm, lht, hat, and astonomy—as oaphcal ons lnkd to on anoth by ny, dpctd as a v d

 

THE PURE SCIENCE IDEAL AND ITS MALCONTENTS

29

Figure 1.2a. Fom Bn Pot’s Map o Physcs, 1939.

Figure 1.2b. Fom Bn Pot’s Map o Physcs, 1939.

by mchancal and lctomantc tbtas (and a svo o adoactvty), dn nto an ocan labld “Rsach: Th Ft o Physcs” ( 1.2b). Physcs, Physcs, ths psntd, s concptally nd and hstocally hst ocally contnos, dnd by phnomna that xstd n th wold ( 1.2a). PhysPhyscsts, who v v th nams to th vllas dottn th landscap, landscap , a th ons who xpos thos phnomna and ddc th ls ovnn thm. Tchnoloy s a on land n ths ndton. Physcs s ot th n th wold; physcsts a thos dan sols calld to dscov t on th downstam  jony towad th onts o sach. Concvn o physcs n ths way ncoad th oanzatonal assmptons that pcldd ndstal physcs om ann pchas n th Amcan Physcal Socty. Socty. Ths otlook was th ll-qppd to accommodat a ld lk sold stat physcs. It s dclt to man how Pot mht hav psntd sold stat had h pdatd th map a dcad lat. Sold stat physcsts hald om almost all th dstnct oaphcal ons psntd on th map. Th

 

30

SOLID STATE STATE INSURRECTIO N

dclty o locatn th wok wthn ths vsal schma llstats th act that sold stat physcsts dd not xplo a dsct on o physcs n th tadtonal sns. Sold stat physcs was not a sl-contand sl-contan d assmbly o topcs and mthods that cold b convnntly psntd as a v, sland, contnnt, o oth natal otcoppn o th dscplnay landscap. Pot channld an thos o classcaton that was chaactstc o th pvos cnty’s scnc. Nntnth-cnty natal phlosophs otn ndstood taxonomy as an ssntal pc o th msson, opatn om th convcton that pop classcaton cold val th od nhnt n nat. Th sam thos xtndd to classyn th scncs thmslvs. 38  Wllam Whwll wot n 1840: “A sond classcaton mst b th slt, not o any assmd pncpls mpatvly mpld to th sbjct, bt o an xamnaton o th objcts to b classd;—o an analyss o thm nto th pncpls n whch thy a and d. Th Classcaton o Scncs mst slt om th consdaton o th nat and contnts. contnts.””39 Th assmpton that th scncs thmslvs, lk th objcts o th stdy, stdy, possssd ntnsc ats thatnto allowd thm to cnty b dstnshd natally andamon nambosly contnd th twntth and shapd atttds Amcan physcsts. That assmpton ncoad sstanc to catos lk ndstal physcs, and ndd sold stat physcs, whch dd not slot natly nto a pcvd natal od od.. Rspct o that pcvd od dd th nstttons o Amcan physcs n th st hal o th twntth cnty, vn whl ndstal physcsts bcam an appcabl popoton o th commnty. By 1933, th nstttonal landscap had attand a local qlbm. Th AIP admnstd th ht Amcan physcs jonals that mand at th  Journal o Rheology  casd pblcaton n 1932. Th anks o th APS, whch mand th pncpl socty o Amcan physcs, swlld n spons to th sson natd by ncla and qantm physcs, nos ondaton sppot that allowd physcsts wth ds om lt nvsts to spplmnt th stds n Eop, and th nx o émés n  n th clods athn ath n ov Cntal Eop. Mch o ths owth nocd th socty’s commtmnt to p scnc.40 Th ncas o th commnty’s sz, and th ol o ndstal and appld physcs wthn t, nonthlss psntd a contnn challn to th tadtonal dals o th dscpln. It was lss th potncy o th p scnc dal tsl than t was ts ntnchmnt n ky nstttons that mad t dclt to dslod. Th pow boks o Amcan physcs, who

 

THE PURE SCIENCE IDEAL AND ITS MALCONTENTS

31

ndstood ts oal to b th xtacton o aw knowld om nat, attmptd to kp th ld p wth th battlmnts o nstttonal stct. Thos battlmnts wold hold ntl th psss o th Scond Wold Wa pcptatd th oanzaton. oa nzaton. Sold stat physcs, whn t md  md n th lat 1940s, constttd th st sccssl nscton aanst p scnc ndamntalsm n th APS. Th stablshmnt o a dscpln that catd to th nds o ndstal physcsts and was oanzd n a way that pad lttl hd to natal catos psntd th most sbstantv chans to th ondatonal dntty and dolocal commtmnts o th Amcan physcs commnty snc ts ondn. Th ollown two chapts xplo how ths challn to tadtonal commnty dals noldd.

 

2

HOW PHYSICS BECAME BECAM E “WHAT “WHA T PHYSICISTS PHYSICI STS DO”

Whn Solomon sad that “a ood nam s ath to b chosn than at chs,” h knw what h was talkn abot. —OLIVER E. BUCKLEY, 1944

“Physcs” was th nam Olv E. Bckly, psdnt o Bll Laboatos, had n mnd whn h opnd hs addss to th Natonal Rsach Concl’s Connc o Physcsts wth th abov ln. Bckly wod that ths tm vokd nothn conct to th ava Amcan. Th ncla bombs dtonatd ov two Japans cts wold n physcsts nto th oont o Amcan pblc conscosnss n Ast 1945, bt th Manhattan Pojct mand shodd n sccy whn Bckly spok n May 1944. Wllpblczd contbtons to th wa ot wold lkly hav hav mad ada amla to a sbstantal smnt o th Amcan pblc, bt t was aly lnkd to physcs n th popla pss.1 Albt W. Hll, th oton psdnt o th Amcan Physcal Socty, had makd al that ya, “It s a a occnc that a cnss tak has v had o a physcst, and th task o xplann s sch that on s otn tmptd to st as a chmst.” 2 Facd wth ths dct, Bckly nsstd that possonal dntty was th most pmal challn Amcan physcsts acd and ncoad th connc attnds to consd how t shapd actvts om ndadat tachn to ovnmnt advsn. H askd hs collas to conont dclt qstons abot who thy w and what thy dd. What was physcs? Who cold clam to b a physcst? Who ot to dcd? Danl J. Kvls’s otn-qotd spons to ths qstons s “physcs s

 

HOW PHYSICS BECA ME “WHAT PHYSICISTS DO”

33

what physcsts do.”3 Thoh t mht sm tatolocal, ths sloan maks th sos pont that hstoans, pac Whwll, shold avod th mpls to sk som ssntal, contxt-ndpndnt co o th lds thy stdy. Dscplns a hstocally contnnt socal ntts that mht b assmbld n dnt ways at dnt tms by dnt popl actn on dnt motvs. Th contnncy o hman-blt catos s ospl to today’s hstoans, who a lkly to accpt ths pont nnchnly. nnchnly. Th sam, thoh, cannot b sad o th popl who constctd thos catos n th st plac. Many md-twntth-cnty physcsts, notably thos who contolld th Amcan Physcal Socty (APS), wold hav bstld at th sston that th ld consstd n anythn oth than a st o pxstn mpcal lats, whch thy took as th task to dscov and omalz. Undstandn “physcs” to  to somthn xstn n th wold, thy mht hav sstd a dnt sloan: sloa n: physcs s what physcsts ps. To To ths tadtonalsts, who w also th cst dnds o th p scnc dal, “physcs” mand a xd st o natal phnomna, whos stct dtmnd who wasntst a physcst was not. Thy sstd that whos pncpal was and not who th dscovy and laboaton o anyon nal physcal pncpls blond blon d mo poply n nnn, chmsty, chmsty, mtally, o anoth ld. As th commnty o Amcan physcsts w, howv, poplatn ndstal laboatos and skn concssons to th dmands d mands o tchncal and appld wok, a la poton o th commnty ban to nsst that physcsts, not nat, hld athoty ov th scop and oanzaton o physcs. Stanod Unvsty’s Wllam W. Hansn, plyn n 1943 to hs colla Davd L. Wbst’s Wbst’s sston that physcs was dnd by th pst o natal physcal laws, wot: “I woldn’t want to attmpt a pcs dnton, bt t wold sm that yo cton sts th shts tbly hh. How many physcsts do yo know who hav dscovd a law o nat? Yo hav, I know, and so has Compton and phaps on o two oths I don’t know o thnk o. Bt ally, ally, t sms to m, ths pvl s vn only to a vy w o s. Nvthlss th wok o th st s o val.”4 Th st tndd to a. Pspctvs mo sympathtc to th Kvls dctm ban to xt th nnc n th md-1940s. Som otsd th tadtonal co o acadmc physcs, and vn som wthn, cam to ndstand th dscpln as a s a commnty wth th lattd to dn and dn tsl as t povd convnnt. Th ccmstancs o th md-1940s psntd oppotnts that mad valatn th tadtonal dnton o th physcst convnnt ndd.

 

34

SOLID STATE STATE INSURRECTIO N

Bckly’s 1944 lct addssd th anxts that cam to th o as ths comptn andas o dnn physcs w boht nto tnson by th cntal cts o owth and dvscaton. Advocats o both pspctvs dvlopd a nmb o stats o answn th t h qstons Bckly posd, and ths comptd o tacton as Amcan physcsts assayd th possblts that th post–Scond Wold Wa nvonmnt wold o thm. By th tm th Amcan physcs commnty ond ts ootn n th postwa a, th ndstandn that physcs was “what physcsts do”—and so cold chan  physcsts statd to do dnt sots o thns—had motvatd chans n th dscpln’s nstttonal stct, wth wd-ann consqncs o how t wold dvlop thoh th Cold Wa a.. Wth th oon n mnd, I popos my own, qally lb altnatv to th Kvls dctm: physcs s what physcsts dcd t s. Amcan physcsts n th 1940s dd not mly alz that physcs cold b ndstood as th sm o th actvts, o a lvant sbst o thm; thy szd pon th ancy to oanz th dscpln so as to poactvly dlnat th typs o actvts that th t wthn t. That scacly ndd to bt slht. xcsd n th a whn commnty wasancy small and dvsons wthn As th poplaton boomd and th nstttonal chaact chaa ct o physcsts’ mploymnt chand ntn th md-cnty, howv, that ancy bcam ctcal.5 Physcs bcam what physcsts dd dn th Cold Wa by mans o conctd ots on th pat o a small op o ndvdals wokn wthn th nstttonal constants o th Amcan Insttt o Physcs (AIP) and th APS. Th vson was opposd by a op o nntal tadtonalsts who mantand that smply ann a d n physcs dd not mak on a physcst—o at last was not scnt o on to man a physcst—and actvly soht to kp som o th thns that physcsts dd om wokn th way nto th dnton o th ld. PHYSICS AS NATION: THE UNITED STATES OF PHYSICS

In th aly 1940s, “th physcsts’ wa” ad. It had and that nam vn bo th tansomatv nnc o ncla wapons sach bcam cla.6 Physcsts conzd that th Scond Wold Wa wold bn thm nw lvanc to Amcan socty; n 1943 and 1944, as th wa’s nd cam nto ocs, a scambl to shap postwa physcs ban. Opnon pcs dscssn xstn challns and t dvlopmnt o physcs pppd physcs jonals. Th latonshp btwn ndsty and acadma and sncant attnton. Th aanmnt achd n th 1930s, whch allowd

 

HOW PHYSICS BECA ME “WHAT PHYSICISTS DO”

35

th APS to ddcat tsl to p sach whl th at o socts svn s vn appld ntsts was hld n loos condaton by th AIP, was nsatsactoy to many. Watm natonalstc htoc was n th a. Physcsts bathd t n, xhaln t aan n th dscssons o th dscpln’s t. Thos who avod a mo cmncal appoach to dnn physcs, p hyscs, whch th AIP mbodd, alld aond th noton o a “Untd Stats o Physcs,” composd o many povncs, ach wth ts own local chaact, hld toth by a poltcal commtmnt to th nty o th dscpln. In th ac o a own poplaton o ndstal sachs, th qston o what poston ndstal physcs wold occpy n ths non loomd la. Th staks o dbat ov ndsty’s plac n postwa physcs w, n th md-1940s at last, mo dolocal than pactcal. Only at th wa wold th wd physcs commnty an a cla ndstandn o how th abndanc o dal dollas wold shap th sach. Fthmo, physcsts wathd th avas o th at dpsson btt than most, and ths ndn was not so pomnnt a concn as t wold bcom jst 7

acad w yas lat.  Dscssons th nal yas not o th Scond Wold Wa, ot almost xclsvly xclsv ly bynthos physcsts sqstd condctn sct sach o th Manhattan Pojct, tnd nstad on th qston o dnty. Fo adhnts to Rowland’s tadtonal p scnc dal, physcs mantand ts dscplnay dnty thoh ts stats as a calln, ath than a posson. Bt th own mass o appld and ndstal sachs o whom physcs was a posson st—thos who saw physcs as an ntllctally wadn path to a comotabl mddl-class xstnc, and who wold dv what Davd Kas has calld “th postwa sbbanzaton o Amcan physcs”—saw th possonal dnty mpnd by calls that th ntsts b kpt at a mov om th al bsnss o physcs. 8 Althoh thy dd n th pd soltons, both ths ops shad th concn that ndsty and acadma had dtd too a apat. Th ss appad n many scds on th t o physcs. 9 In 1943, Thomas H. Osood Osood o Mchan Stat Coll o Aclt and Appld Appl d Scnc (as Mchan Stat Unvsty was thn known) pt th poblm ths: “Both n th past and now, tchncal physcsts hav known too lttl abot th wok, both n sach and tachn, n whch th acadmc collas a nad; and an vn mo lamntabl noanc o th pactcal poblms o th a whch a bn solvd by physcsts n ndsty has bn dsplayd by thos who tan stdnts n th dmnts o physcs n o dcatonal nstttons.” 10 Osood vocd statons that many ndstal sachs

 

36

SOLID STATE STATE INSURRECTIO N

lt as thy td to mantan th dntty as physcsts wthn a ld that consdd appld wok ntllctally sbodnat. Many smla xpssons o staton appad n th  Review o Scientic Instruments colmn “Contbtd Ponts o Vw,” n whch physcsts cold sond o abot possonal sss—a ncton that  Physics Today wold assm n 1948. In th Fbay 1945 ss, Mos Mskat o Gl Rsach Laboatoy av a dtald accont o th possonal challns that ndstal physcsts acd and dscbd th ways n whch xstn nstttonal stcts ald to sv thm. Th ndstal physcst “mst wok ntmatly wth th chmst, th lctoncs nn, th acostcal nn, th colo xpt, th hydalcs nn, o whov has vn hm th poblm and wll mak s o ts solton whn achvd, achvd,”” Mskat wot. Indstal physcsts nally wokd on poblms o somon ls’s dsn and o compans that w nlkly to pay xpnss o connc tavl. Wokn n ths contxt, Mskat sstd, alnatd ndstal sachs om th acadmc collas who domnatd th APS, mmbshp n whch bcam, o thpd ndstal “a”tadtonal om hs yothl possonal o hs physcst, school days,” days, svn no‘hanov’ sl possonal ncton.11 Mskat d th APS to bcom mo sponsv to ts ndstal mmbs, spcally by sppotn th omaton omat on o spcal ntst n tst dvsons. Ths sston was an altnatv to a poposal popla amon many appld physcsts that wold hav sn th AIP plac th APS as th ocal oanzaton o Amcan physcsts. Th pncpl advocat o ths solton was Gaylod P. P. Hanwll, th had o th t h physcs dpatmnt dpat mnt at th Unvsty o Pnnsylvana, wh h wold lat sv as psdnt. As dto o  Review o Scientic Instruments, Hanwll njoyd a ont-ow sat to th wanln ov th t o physcs that playd ot n th jonal, and h sd hs dtoal plpt to nd t n th dctons h ond most podctv. In an dtoal pblshd n Ast 1943, Hanwll st down th challns as h saw thm and atclatd hs avod solton. Th poblms acn physcs ncldd th la nmb stdnts, both ndadat and adat, whos tann had bn dald by wa wok and who wold m om th watm assnmnts wthot adqat ondatonal tann.12 “Th wll b mo physcsts at th wa, bt th at majoty o thm wll hav th tchncal o catsman’s atttd towad th scnc ath than th possonal o acadmc pont o vw,” Hanwll pdctd. Ths posd a challn, spcally alonsd th ncasd socal and poltcal

 

HOW PHYSICS BECA ME “WHAT PHYSICISTS DO”

37

cacht physcs was bnnn to njoy. Hanwll’s pncpl concn was that th tchncal accomplshmnts o physcs, whch w latvly asy to commncat to nonspcalst adncs, wold com to domnat pblc awanss o th ld and ndmn sppot o abstact sach. Ths concn, alon wth wos abot stablshn ctv tann poams and ndn stabl socs o sach sppot, ld Hanwll to concld that possonal oanzaton shold b at th oont o13physcsts’ dscssons abot how to condct th aas at dmoblzn. A w months lat, Hanwll od hs amatv spons to ths tobln qstons. H calld o “a mo pct non” n hs dtoal opnn th Fbay 1944 ss o Review o Scientic Scientic Instruments, and poposd “a nw Amcan Physcal Socty to plac th xstn assocatd Socts and to ncld all mmbs tho o th ppos o boadly and lbally advancn th scnc and tchnoloy o physcs p hyscs n all ts banchs.” Echon oths who lamntd nstttonal ts btwn bt wn th sach o nal pncpls and th applcatons, Hanwll nsstd: “W mst s to t also that no schsm btwn acadmc and th In som spctsdvlops th om tndsth to b th spcalst andndstal th lattphyscst. th nal pactton o clncan, bt wthot th ncaton o both th ots n a common socty, nth can b lly ctv .”14 Hanwll ttd that both acadmc and ndstal physcs mht s  th cold not daw on th oth to achv ts oals, a that h ond sv noh to popos a damatc ovhal o th possonal stct o physcs. Hanwll champond a dalst vw o Amcan physcs. H advocatd a cntal oanzaton mo nclsv than th APS bt ston than th AIP, whch h consdd too loos a condacy to ctvly sv all physcsts. H wot avoably o a potntal ndstal dvson wthn th poposd nw socty, socty, obsvn that a smla ntty n th Amcan Chmcal Socty had own apdly, svn as a nsy o a nmb o spn-o dvsons. Ths vson o physcs wold v wd lattd o nw ops to om and dn novl aas o ntst, whl holdn thm toth nd th as o a ston cntal oanzaton. Hanwll stck a nv; th nvtaton closn hs dtoal to commnt th on how Amcan physcs mht pomot nty and many pls, som b, oths xpansv, ov th nxt sval months. Wallac Watall and Elm Htchsson spondd avoably to th call o nty, sn th own dtoal soapbox n  Journal o Applied Physics, and n so don mad Hanwll’s mplct dalsm xplct.15 Th May 1944 d-

 

38

SOLID STATE STATE INSURRECTIO N

Figure 2.1. Map o th “Untd Stats o Physcs.” Physcs.” Th ntalsms xpand as ollows: ASME Socty o Mchancal & VE Socty o Hatn(Amcan and Vntlaton Vntlaton Enns); AIEEEnns); (AmcanASH Insttt o (Amcan Elctcal Enns); IRE (Insttt o Rado Enns). Rpodcd om Wallac Watall Watall and Elm Htchsson, “Oanzaton o Physcs n Amca,” Journal o Applied Physics 15, no. 5 (1944), 407–9, wth th pmsson o th Amcan Insttt o Physcs

toal volvd aond a daam thy ttld th “Untd Stats o Physcs” ( 2.1). “Obvosly a ston cntal oanzaton n physcs s ndd,” thy concldd on th bass o th appant app ant amntaton n th daam. “A “A snl socty wth many sbjct matt dvsons o a ‘non’ o many ‘stats’ mht accomplsh th dsd nty n physcs povdd th pop balanc btwn ‘dal’ pow and ‘stats’ ‘stat s’ hts’ s mantand.” mantand.” Mtns and pblcatons, thy ad, cold b th povnc o th “stats,” whas sss o boad ntst to physcsts and th “‘colonzaton’ o vn ttoy”— psntd by th dashd mpty spac on th ht o th daam—cold b lt to th cntal oanzaton.16 Not all thos covd by ths ncaton w nthsastc abot th nclson. Ald N. Goldsmth, lontm RCA sach nn, wot to th dto on bhal o th Insttt o Rado Enns (IRE), whch h had coondd n 1912, and whch s psntd n Watall and Htchsson’s map as daln wth th applcatons o lctoncs.17 Goldsmth compland that Watall Watall and Htchsson had nappopatly n appopatly chaactzd th “latd “lat d socts” as naow, a-n povncs o Amcan physcs: “It s not n-

 

HOW PHYSICS BECA ME “WHAT PHYSICISTS DO”

39

sal o a socty o nsttt to dn o dlmt ts own actvts and to dtmn, n ts own bst jdmnt, th ld o ts actvts. Howv, t s phaps nq to nd on land socty attosly dnn th scop o oth scntc oanzatons.” In danc o th naow chaactzaton o th IRE’s ol n th “Untd Stats o Physcs,” Physcs,” Goldsmth obsvd: “O ncssty,, poblms o mchancal constcton, ncssty const cton, optcal thoy and dsn . . . and acostcal t hoy . . . hav thoy hav bn xhastvly tatd n th Proceedings o 18 the I. R. E.” Goldsmth’s  xposd waknsss n th dalst appoach that ltmatly doomd th da o a ston, nyn mblla socty to plac th AIP. A plan that cdd ovall contol o ndamntal sach to th Amcan Physcal Socty an aol o oth socts’ ntsts. Oanzatons lk th IRE amd not jst to sppot appld sach, bt to ost a v and tak btwn ndamntal and appld sach that was a wthn th conns o th APS. Th ncaton schm also dw th ot bondas o physcs too shaply o som and ald to accont o th ols playd by small socts that xpandd oth lds. In th shot, stonamndalsm o Hanwll, Watall, and nto Htchsson ldd alth bnts taton had povdd thos spcalts that w pooly svd by th APS and ndstmatd th xtnt to whch sbjaton nd an mblla socty wold b nwlcom amon ths consttncs. Goldsmth’s nty nto th convsaton s notabl o anoth ason: as an lctcal nn, h psntd an xplct a o th hlmsmn o th nchoat ld o sold stat physcs. Elctcal nnn and physcs, onc o a pc, had dtd apat aly n th twntth cnty.19 Som physcsts wod that th stdy o solds wold ollow th sam path, losn th potntal to bnt om hhtnd postwa pst and solatn tsl om poblms o ply thotcal ntst. Gnal Elctc’s Roman Smolchowsk, n hs 1943 mansto ntatn th ot to ond th APS Dvson o Sold Stat Physcs, antcpatd th ncasd dmand o physcs tann at th wa,, spcally n nw sblds concnd wth complx matt, and nsstd, wa “W wold lk thm to man banchs o  physics ath than to bcom nw . . . typs o ‘nnn.’” 20 Smla commntay on th loomn nstttonal chans n Amcan physcs dottd th ltts scton o th  Journal o Applied Physics and  Review o Scientic Instruments ov th months ollown th pblcaton o Watall and Htchsson’s dtoal. Appld physcsts, o th most pat, avod a dalst appoach n whch a la mblla socty wth loos

 

40

SOLID STATE STATE INSURRECTIO N

mmbshp cta wold con nty on physcs wthot oanzn that nty aond a cntal sp o p sach. Th physcsts om th Cas School o Appld Scnc (whch wold m wth Wstn Rsv Unvsty n 1967) wot to o o  a “haty scond” to Hanwll’s poposal, and codd ln “condnt that ths ops [socts sch as th Optcal Socty, Acostcal Socty, and Assocaton o Physcs Tachs] wold bnt mmnsly by vn p a lttl o th atonomy n od to ny th po21 sson o physcs n Amca.” Amca.”  In th sam sa m ltts colmn, Thomas Osood addd hs sppot and chod a popla dssatsacton amon appld physcsts wth th stats stat s qo, wtn: “To “To say that th actvts a ctvts o ths socty do not now mt th nds o th majoty o Amcan physcsts s to cast no sl pon th Amcan Physcal Socty, Socty, bt ath to mphasz that physcs has so boadnd ts scop snc th nd o th last cnty that tha t th acadmc and thotcal sbjcts whch a th spcal concn o ths socty may ltmatly mak no mmdat appal to many actv physcsts.”22 Appld sachs pd th pospct o patcpatn n a nd ld o physcs to possblty o ncasn atonomy by omn th socts andthjonals. Ths pnc th ld th staton wth thown APS, whch by ths tm was nd th sway o, and tho catd most stonly to, thosts—and th xpmntalsts who tstd thotcal clams—most o whom hld acadmc appontmnts. Th tnos consnss wthn th appld physcs commnty was that  political nty shold b mantand and that t shold b blt on a boad, nclsv vw o physcs—althoh dsamnts mand on th ss o dal athoty vss stats’ hts. Fom th dalst pspctv, th Amcan Insttt o Physcs, ath than th Amcan Physcal Socty, Socty, sat at th appopat scal o a ashp a shp socty. socty. Appld physcsts saw th APS as a havn o p sachs—a labl that psntatvs o th APS dd lttl to dsavow. Thy advocatd xpandn th pows o th AIP, whch ncldd ops sch as th Optcal Socty and th Acostcal Socty and whch pomotd mo ly th mxn o thoy and xpmnt, basc and appld sach, so that acadmc ntsts wold not domnat th cntal ovnn ov nn body o Amcan physcs.23 Unty, n ths contxt, mant psvn and pomotn mchansms that ncoad nos applcaton o th ttl “physcst” so as to ncas dalo both wthn and acoss physcal spcalts. Th dalst appoach to postwa physcs p hyscs psntd th owth o th convcton that physcs dd nd to b ndstood, at last n pat, as “what

 

HOW PHYSICS BECA ME “WHAT PHYSICISTS DO”

41

physcsts do,” th consqnc bn that thos physcsts don thns not tadtonally conzd by th APS dsvd psntaton nvthlss. Th othodoxy wthn th Amcan Physcal Socty was somwhat dnt. APS ocals, concl mmbs, and llows w nnthsd by th da that th socty b nsatd n avo o th AIP, o a nw ntty mad n ts ma, as th pncpal oanzaton o Amcan physcs. Dspt th dssatsacton o appld physcsts, th APS stll wldd th pow ncssay to dntvly nnc how th ld wold b stctd. Th modlaty o th APS’s dvsonal schm, whch had bn nstttd nsttt d n 1931 and allowd oanzd ntst ops to om a dvson o th socty aond a wlldnd topc o physcs, av t an advanta n notatons abot th oanzaton o Amcan physcs. Fdck Stz’s addss at th APS A PS mtn o  Janay 1945 ttld “Whth Amcan Amca n Physcs?” atclatd a poston that xpssd th stanc o thos advocatn o th Amcan Physcal Socty. Socty.24 Stz, lk many o hs contmpoas, saw physcs as natally splt nto two pats: “In th st plac t contans a body o knowld whch has ntnsc as a om o clt. c. .lt. Ths componnt s commonly ‘ndamntal’val o ‘p’ physcs. . In th scond plac, physcs svs calld as a soc o ndamntal knowld o a majoty maj oty o th mpotant mpotan t lds o nnn. nn n.”” Unlk a consdabl nmb o hs collas, Stz xhbtd lttl concn abot th own t btwn th two banchs, as xmpld by th acadmc/ndstal splt, mphaszn that “th tms ‘ndamntal physcs’ and ‘appld physcs’ a n no sns synonymos wth ‘acadmc physcs’ and ndstal physcs.’” physcs.’” In kpn wth th tadtonal t adtonal vw that mphaszd contnty wth Hny Rowland’s vson o p scnc, h dndd th ol o th APS as an nstttonal oan o basc sach. “Th pncpal am o th Socty Socty,,” Stz clamd, had bn “to pblsh p blsh a jonal and aan mtns n whch ndamntal physcs was mphaszd.” I th socty xpandd ts scop to ncld an mphass on appld sach, h contnd, thn no oth oanzaton wold man to potct th ntsts o xploatoy sach.25 On ths onds, Stz ad that dvsons shold pocd wthn th APS n sch a way, (a) that thy dd not ncoa compatmntalzaton, and (b) that thy dd not lad to too mch mphass bn placd on appld physcs. On pont (b), Stz opnd: “Th dan om ths soc s patclaly at at psnt bcas th vast majoty o physcsts s concnd wth poblms o appld physcs. Ths nclds many mn who w hthto concnd only wth p physcs. A la nmb o ths mn ds

 

42

SOLID STATE STATE INSURRECTIO N

qt natally to contn cont n ths typ o wok at th wa and an d may, may, as a slt, l that th socty to whch thy blon shold b adjstd to st th nw ntsts.” Althoh h conzd th sam tnd towad appld wok as thos who avod stctn physcs aond th AIP, Stz pd to tan th pvld plac o basc sach. H sstd that, ath than xpandn th APS o lvatn th AIP AIP,, appld physcsts cold nd a pop ossonal otlt n xstn AIP mmb socts and nnn socts, o stat a nw assocaton o appld physcs to addss th nds. 26 Stz ad that ndamntal sach was th dvn oc bhnd all o physcs. Physcs dd not nd to b nstttonally nd, accodn to ths stanc, bcas appld wok ncssaly ld on advancs n ondatonal basc sach: “Th at mpotanc o ndamntal physcs as a spn o th wll o tchnoloy asss s that th dvlopmnt o ths ld has socal val vn  w adopt th most had-hadd atttd towads socty. socty.” Basc sachs, n oth wods, nd not b wod abot th saty o th socal mpotanc, bcas t wold b aantd by th dpndnc o appld sach on basc Appld o physcsts and bascphyscs p hyscsts physcsts had “no basc qal on thsach. ss o whth not ndamntal shold b psd, vn thoh thy may l that tha t th objctvs l apat.” apat.”27 Physcs, o Stz, was concptally nd—h dd not pcv oanzatonal dscomt as a that to nty—and th st  st objctv o th Amcan Physcal Socty shold b to sv and advocat o th physcsts who nvstatd basc concpts. Powl alls sch as th wll-connctd APS sctay Kal K. Daow and Go W. Stwat, who was psdnt o th APS n 1942, jond n Stz’s dns o th APS. Unlk Stz, ths s concdd wth Hanwll and company n pcvn th ncasn t btwn th acadmc and ndstal commnts as a that to th nty o Amcan physcs. Th pncpal concn, howv, was wth concptal pty ath than poltcal nty. nty. Thy soht to pvnt ndstal ntsts om dltn th APS’s avowd commtmnt to p scnc, and oanzd to pvnt th omaton o an APS dvson dvotd to ndstal o appld physcs. Th APS concl, mplld by sch concns, sccdd n blockn sval poposals o an ndstal dvson. Indstal physcsts w bcomn possvly mo channd by th act that th socty was not ad to th nds. Th concl ldd ltts to ths ct thoh th aly 1940s. On ndstal sach, W. W. Loz o th Natonal Cabon Company, pd that th poams o APS mtns w not pblshd aly noh o m-

 

HOW PHYSICS BECA ME “WHAT PHYSICISTS DO”

43

ploys o ndstal laboatos nad n dadln-dvn pactcal wok to qst lav and sstd that th socty nat notcs al. On ths cont, th concl dtmnd, wthot notn th ony, that chann xstn pocds wold b “mpactcal.”28 Anoth, A. V. Rtch, compland that APS pblcatons dd not lst spcc job ttls whn pntn nams o ndstal sachs, and ths convyd no ndcaton o th ndvdal’s ank wth an oanzaton.29 By 1943, th concl was awa noh o th own ds amon physcsts mployd n pvat ntps ntp s to patcpat n th aas o th socty to addss, howv tpdly, “th topc loosly dscbd as ‘ncoamnt ‘ncoa mnt o ndstal physcsts. p hyscsts.’” ’”30 Encoan ndstal physcsts, howv, dd not xtnd to antn thm a dvson o th own. In th Sptmb 1943 ss o Journal o Applied Physics, Daow dlvd a shot acoss th bow to poponnts o an ndstal dvson, potn th APS concl’s ntnton to t o vto any ots to shap th Physcal Socty n a way that wold th solat acadma and ndsty: Ltts hav bn cvd convyn th da o a “Dvson o Indstal Physcs.” Th Concl s dsnclnd to avo ths da, whch ncdntally appas to b pcldd by th lana o Atcl IX. On o th thns most atly to b dsd s a ncaton o th physcsts calld “acadmc” and th physcsts calld “ndstal.” It s mpotant to avt th dan o a lack o loss o ntst by th op n th poblms and th ntpss o th oth. Now Now,, th stablshmnt o a “Dvson “Dvso n o Indstal Ind stal Physcs” wold wok n xactly th oppost dcton. That way ls th pl o omn two contastn ops, whos ams and ambtons oht to b alk bt wold nallbly dvat mo and mo as th yas o on.

Daow dd not nlatally oppos APS dvsons and had backd th APS concl’s appoval o th Dvson o Elcton and Ion Optcs. H ncoad poposals o addtonal dvsons, bt catond that thy “b lmtd n scop to a patcla ld o lds o physcs. physcs.””31 Daow’s stanc amontd to an ocal dns o th vals on whch th socty had bn ondd. Th APS concl, thoh Daow’s voc, stood by th assmpton that physcs,  t w to b sbdvdd at all, shold only b cavd alon cla concptal lns. Atcl IX, to whch Daow d, had bn addd to th APS consttton n 1931 n tandm wth th omaton o th Amcan Insttt o Physcs. It pmttd APS dvsons to om aond “spcd sbjct o sbjcts n physcs.”32  Daow, by sstn that ths lana

 

44

SOLID STATE STATE INSURRECTIO N

pcldd a dvson ddcatd to ndstal physcs, phld th assmpton that a “sbjct” wthn physcs had concptal conc ptal oots. Bods, as stablshd by dvsons, wold ct natal catos o knowld ath than pvaln possonal o nstttonal catos. Ths atttd, ntntonally o not, avod an acadmc appoach to physcs.33 Acadmc physcsts w mo nclnd to dvot thmslvs to snl, claly dnd sach aas pdcatd on th ntsts and th socs avalabl at th nstttons, and to bld th possonal dntts wthn thos sach aas. Fo thm, concptally dnd APS dvsons mad ood sns; sch dvsons wold lkly ncld th blk o oth physcsts wth whom w hom thy wold want to ntact. Som natonal ocs w at play n th APS concl’s sstanc to an ndstal dvson. Th mmbs o th APS concl n 1943 ncldd, ncl dd, n addton to Daow, psdnt Albt W. Hll, vc-psdnt Ath J. Dmpst,, tas Go Pam, alon wth lctd mmbs Josph C. Boyc, st Wllam F. G. Swann, Fdnand Bckwdd, Alphs W. Smth, and Hny DWol Smyth. Bckwdd bothnn wthw 1903ov bthdays, had bn bon n thOnly twntth cntyand andBoyc, sx o th ty. Th collctv scntc wok was laly n th aly twntth-cnty Amcan tadton o acadmc-styl, nstmnt-ocsd sach. Havn matd amd th pwa othodoxy othodoxy,, thy wold hav bn natally sspcos s spcos o any poposd catoy that dvatd om socty tadton and so od a stct ntptaton o th qmnt that nw dvsons b sbjct-basd. 34 An aanmnt that pmttd only naowly concvd topcal dvsons was challnn o ndstal physcsts. Rath than ocsn n dpth on a patcla sach aa, an ndstal sach physcst wold otn sht ocs to mt th nds o ndvdal pojcts. Physcsts whos wok n acostcs was contnnt on a pojct wth a xd tmln, at whch thy mht tn to thmodynamcs o mchancs, had lttl ncntv to jon th Acostcal Socty o Amca. Th sam loc wold apply to dvsons. Topcal dvsons, vn  thy makd ot aas o pmaly appld ntst, wold not hav bn a ston daw o ndstal ndst al physcsts who w otn xpctd to adapt th sklls to a wd an o topcs as xncs dmandd. Daow lamntd th own t btwn acadma and ndsty ndst y,, bt hs poposd solton, whch admttd only sbjct-basd dvsons, naowly ndstood, bolstd th tadtonal acadmc vw n whch physcs was nd, and omd ts dntty, dntty, on th bass o th chaact o th knowld t psd. Hs concn that ndstal physcsts w bcomn solatd

 

HOW PHYSICS BECA ME “WHAT PHYSICISTS DO”

45

amontd to th sspcon that thy mht dt too a om th manstam o basc sach and stop don wok that qald as physcs. Insstn that dvsons mantan topcal oc wold oc ndstal physcsts to dn thmslvs concptally n od to am th dntty as physcsts. BELLING THE CAT AT AT THE CONFERENCE OF PHYSICISTS

Th abl o th bll and th cat tlls o a op o mc plottn to contol a maadn cat. Th mc dbat stats back and oth bo sttln on a poposal that calls o hann a bll aond th cat’s nck, so that thy mht ha t appoachn. Bt whn t coms to dcdn who wll tak p th task o attachn th bll to th cat’s colla, volnts a scac and xcss abndant. Kal K. Daow, sctay o th Amcan Physcal Socty, nvokd ths abl to dscb th stat o Amcan physcs n th aly 1940s. Th commnty was n boad amnt that chan was aoot and that Amcan physcsts shold do somthn to mana that chan and ppa o post–Scond Wold Wold Wa Wa condtons, bt w w wlln to compoms thspctm own ntsts o th ood o th collctv. Th ll o pspctvs dscbd abov was on dsplay at th Natonal Rsach Concl (NRC) Connc o Physcsts, a “‘town mtn’ o physcs,” physcs,” n th wods o Amcan Insttt o Physcs dcto Hny A. Baton.35 Th da o holdn sch a mtn onatd wthn th AIP Boad o Govnos, motvatd motvatd by an ptck n ots to om nw APS dvsons. Th AIP boad took p th matt o a op pttonn th APS o a dvson dvotd to appld spctoscopy dn ts Mach 1944 mtn, consdn whth th APS was th appopat vn o sch an oanzaton and dscssn what th AIP’s ol shold b n mdatn sch ots n th t. Th dscsson movd om th patclas o th poposal to th nal wsdom o sppotn ntst ops wthn th AIP mmb socts, whch ld to th vn mo abstact qston o how dlbat oanzaton o th physcs commnty cold b dctd to th advanta o th ld. Baton sstd that th Natonal Rsach Concl mht hav nds avalabl to sppot a mtn dscssn sch qstons. 36 Th hastly assmbld connc convnd at th Amcan Phlosophcal Socty n Phladlpha two months lat, May 19–21, 1944, “o th ppos o dscssn th psnt and postwa poblms acn physcs.”37  Th poblms snld ot o attnton ncldd dcaton om hh school thoh th adat lvl, th val and nds o ndstal physcsts, possonal standads and th possblty o nstttn dscpln-wd accd-

 

46

SOLID STATE STATE INSURRECTIO N

taton mchansms, how to mana th latonshp btwn physcs and ovnmnt dn pactm, and pomoton o th val o physcs to th Amcan pblc. Th connc was a pmdtatd ot to plot th possonal contos o postwa p ostwa physcs, motvatd motvatd by an optmstc slant on th ablty physcsts had to contol th own dstny n th postwa wold. Th patcpants claly appcatd, bo th Scond Wold Wa had ndd, that th cntal mpotanc o physcs n th wa ot psntd an oppotnty to ncas th ld’s pactm pol as wll. Snc physcsts w conspn to stct th natonal pol, natonalst mtaphos aan md as th natal way to xpss th oals. Rchad M. Stton, sctay o th connc and a Havod Coll physcst wdly spctd o hs tachn, dployd th naton mtapho n hs ntodctoy maks: As n an adjacnt bldn h n Indpndnc Sqa, ws mn mt to am th Consttton o ths Untd Stats, so w a n a sns mt to am th Consttton o Physcs, phaps I shold say “Th Untd Stats o Physcs,” on sch lns that t natons may acknowld that w dd o wok wll. O ppos s to tak som o th plmnay stps wth th xpctaton that what w dscss h wll, by th dmocatc wokns o o vaos oanzatons, tak oot n th sol o o socts and contbt to th stnth o o whol oansm. . . . Th s no qston h o acadmc physcsts vs. ndstal physcsts, o o xpmntalsts vs. thotcal physcsts, and th has bn a conscos ot mad to hav all sds o physcs psntd.38

In snln ot thos spcc dchotoms, Stton nocd th mpotanc, whch, dspt th connc’s altaan msson, was on dsplay thohot. Stton was nonthlss coct to not th boad psntaton at th athn. Govnmnt physcsts w n attndanc, jonn acadmc physcsts om pvat and pblc sach nvsts as wll as small colls. Rpsntatvs om sch wll-stablshd ndstal sach nstttons as AT&T’s Bll Laboatos patcpatd alonsd physcsts om small ndstal ntpss that w jst bnnn to ddcat sbstantal socs to sach. Famntaton was a own act o l, bt th NRC mtn can b ndstood as a nn attmpt to bd th aps that dvdd Amcan physcsts. Its dvsty aods a coss-scton coss-sct on o vws sondn th t  t o physcs, spcally ndstal physcs, n th 1940s. Th qston dvn th mtn was an xstntal on: what dos t

 

HOW PHYSICS BECA ME “WHAT PHYSICISTS DO”

47

man to b a physcst? Olv E. Bckly o Bll Tlphon Laboatos atclatd common concns that physcs wold b dbasd  t stayd too a om ts dnn dals, whch h ndstood n th convntonal mann o th tm as th ontaton towad th omlaton o nal pncpls. Bckly dntd th qston o how “physcst” shold b dnd as ky to postwa possonal dvlopmnt and sppotd dvlopn accdtaton mchansms o both nstttons and ndvdals. H champond ndsty as a vabl ca path o physcsts, bt also catond that althoh th owth o physcs n ndsty “s n o th physcsts and shold lad to bnts o thm,” t cold only do so “ t dos not at th sam tm so ovpoplaz th posson as to lad to ts dadaton.”39 Potctn pst ankd alonsd vampn dcaton as a postwa oal o th majoty o physcsts, both acadmc and ndstal. Bckly contnd: “Many who a not physcsts wll s noshmnt n oshmnt o thmslvs n adoptn th ttl. Sch a slt wold obvosly b notnat, o t s only by stctn th s o th nam physcst to thos who nnobl t that 40

ths bnts can actvly b maddmacatn ndn.”ts Potctn physcs asthos a pstos appllaton mant sponsblts om o oth scntsts and tchncans, most notably chmsts and nns. Dmacaton was spcally mpotant n ndsty, wh physcsts w sally not coalld wthn dpatmntal stcts that spctd dscplnay ntty and ndd to dn how th sponsblts and th stats dd om th collaboatos wthn la sach ops. Scondn Bckly’s advocacy o accdtaton, Conll’s Roswll C. Gbbs jdd t “a mstak n makn appontmnts to dsnat a physcst as an nn o as a chmst vn thoh t may b th asy way to sc appoval o a nw appontmnt by an Exctv Boad o Oc o to lct avoabl consdaton om a Dat Boad o  o an ‘ssntal man’ n th wa  ot.”” Bn accdtd as ot. a s a physcst, and poply d to t o as sch sc h wold, n Gbbs’s vw podc “th ct pon th ndvdal n mantann hs moal, n vn hm a pop ln o pst, n dvlopn a sns o blonn to a op wth ntsts and ponts o vw n common wth [hs] own, n pomotn loyalty to th posson h has chosn, and n ncoan hm to assocat hmsl wth stabl scntc oanzatons om whch h wll dv stmlaton and oth bnts and to th dvlopmnt o whch h can dct hs own ots and an d sppot.” sppot.”41 Gbbs’s anxty was latd to Bckly’s, bt t was dstnct n on mannl spct: Bckly amd to kp ntlops ot o physcs; Gbbs stov

 

48

SOLID STATE STATE INSURRECTIO N

to kp cdntald physcsts n. Whas Bckly xpssd concn that thos who w not physcsts wold sp th nam, Gbbs soht to pmpt th tmptaton som ndvdals mht l to adopt anoth nam o th sak o xpdnc. Bckly wod that th stats and pst o physcs wold b dltd  th nam w not contolld; Gbbs pdctd that pstos accomplshmnts mht bolst th stats o comptn lds  physcsts w not poply nsconcd n a obst dscplnay stct. Th concns w not mtally xclsv, and both w lvant whn consdn th owth o ndstal physcs. Th paalll mpls to polc th bonday o physcs om wthn and wthot also cts a la ambvalnc abot ndsty, whch appad n md-1940s dscssons abot th t o physcs as both a potntal aa o sl owth and as a that to physcsts’ tadtonal vals. Havad’s Edwn Kmbl, on o th pons o Amcan qantm thoy, dscbd both th oppotnts and th dans ndsty psntd by sttn ot th challns adat dcaton acd. H obsvd what was by thn wdly wll accptd act: “Gat mphass on th th wa ndstal applcatons o aphyscs b ncssay and dsabl at s ndd. Indsty wll nd mo physcsts, and physcsts wll nd ndstal jobs.” Tnn to th challn o ppan adat stdnts o ndstal posts whl mann t to tadtonal dals o physcs, Kmbl contnd: “W “W shall nd to v mo lctoncs, chmsty, mtally, and shop wok. At th sam tm I, o on, shold b vy soy to s anythn lk th convson o adat tann nto a lod nnn cos.”42 Kmbl vocd a boad ambvalnc wth spct to th pop plac o ndstal physcs. It was a owth aa n th 1940s, on abndant mploymnt o physcs PhDs, and ts tchnolocal ocs hlpd cmnt th socal lvanc o physcs. Yt ndstal wok otn dd lttl to bolst th tadtonal dals o physcs. Kmbl’s pjoatv nc to nnn xpssd th ln many acadmc physcsts shad that knowld how mand lss nobl than knowld why. Kmbl’s stanc llstats an mbalanc n th latonshp btwn acadma and ndsty. ndsty. Althoh th ndstal scto s cto cold boast ast  ast owth and a la poplaton, all physcsts, sav th a atoddact, w tand n an acadmc contxt. Th path to potctn ndstal ntsts tho ct thoh acadmc ttoy ttoy.. Bldn ndstal concns nto n to th t o Amcan physcs mant convncn adat advss that stdnts shold b xposd to ndstal poblms, sklls, and job oppotnts. R. Bowln

 

HOW PHYSICS BECA ME “WHAT PHYSICISTS DO”

49

Bans o th Amcan Cyanamd Company notd that th plac pla c o th physcst n ndsty cold only b alzd mo lly thoh attnton to “th typ o tann that o t physcsts a vn.” Bans osaw “oldn oppotnts ahad o  o ndstal physcsts,” physcsts,” bt catond that “to tak ta k advanta o ths oppotnts . . . and to mak th bst s o hs knowld o physcs t wll b mpatv that h b abl to spak and ndstand th lana o hs llow scntsts.”43 To ths nd, h sppotd boad tann o physcs stdnts n th dmnts o nal lds sch as boloy, boloy, chmsty, and oloy, and also xpos to spcc tchnolocal owth aas lk bb and ptolm. Bans’s maks std p consdabl contovsy. Sval dscssants, ncldn Mvn Klly o Bll Laboatos and oth ndstalsts, ad that ston tann n ondatonal sklls and concpts otwhd boad xpos to oth lds, vn amon appld physcsts. Th acton aanst Bans’s advocacy o what Kmbl mht hav calld “lod nnn” ndcats that althoh ndstal physcsts w kn to s th ntsts ctd n adat tann,ndstal thy wphyscsts, hstant too domost, so at dd th sk o httozn thmslvs. Potctn not man tackn doctoal stdnts nto basc o appld sbpoams; ath t mant, as Ralph A. Sawy sstd, xpandn th scop o ncssay ondatonal tann n physcs to ncld lds sch as omtcal optcs and hydodynamcs.44 Ectvly manan th mpndn owth o ndstal physcs was not  jst a matt adat tann, bt also qd oanzatonal ncoamnt. G. P. Hanwll, havn th dvlopd hs vws on how postwa physcs shold b oanzd, obsvd n hs addss that “th nds that shold b sppld by and o physcsts hav smply otown th xstn oanzatonal amwok.” In act, accodn to Hanwll: “Th can scacly b sad to b at psnt any oanzaton o physcsts. Th Amcan Physcal Socty s not scnt[ly] boadly basd and psntatv; t s poply an xclsv ath than an nclsv socty.” Hanwll patd what had bcom a manta, statn that “physcs s a nd dscpln daln wth matt and ny n all th oms and ntactons,” contnn: “Bt ths cops o concn s so boad that th ntnal stct o th socty mst b bacd wth th bams and coss-ts o spcal ntsts.” Hanwll advocatd a “hozontal and vtcal dvsonal stct, stct,”” n whch physcsts cold b psntd both by nstttonal contxt and topcal ntst, whch h lt wold allow socty to btt oanz mtns and

 

50

SOLID STATE STATE INSURRECTIO N

dstbt pblcatons sch that thy wold ach th atst nmb o ntstd ads. Smla dscontnt wth th naow oals o th APS was wdspad and Hanwll’s da o an nclsv mblla oanzaton was on pomnnt solton nd consdaton.45 Th noton that physcs shold b mand nd a nw, boad amwok was not nvsally blovd, howv. Althoh Hanwll’s talk won sppot om ndstal physcsts who lt  lt that an xpansvly concvd socty wold btt t th nds, t also mt pontd ctcsm. Havy Fltch, thn o Bll Labs, opnd th dscsson wth th complant, “D. Hanwll’s thss wold sm to ndcat that w hav don won n omn th Chmcal Socty, th Astonomcal Socty, th Physcal Socty, and oths, as w hav own om th onal Phlosophcal Socty nto ths banchs.”46 Fltch wold lat sv s v as psdnt o th APS, bt h spok at th NRC wth hs t mly plantd n th Acostcal Socty, and sstd om ths standpont that amntaton was a natal and navodabl by-podct o owth. Mvn Klly Klly, o Bll, antass and that, also t was mosstd pamatcthat to Hanwll wok wthwas thndln APS as ttopan xstd ath than attmptn to cat a nw, stably complt, la-scal dc. Kal Daow, th APS sctay, scondd ths vw, sstn that th schm o dvsons that APS was jst bnnn to mplmnt b vn a chanc to wok bo th physcs commnty consdd sbjctn tsl to swpn chans.47  Toth, ths vocs avod allown th oanc pocsss o nsttton bldn to wok bo consdn nlatal, topdown acton. Follown th an o a an o poposals avon la stctal chans, whch w ssd wth th sam optmsm abot th capacty o physcsts to shap th at that motvatd th conss, th mtn ndd on a consvatv not. Kal Daow, commntn on th dbos lklhood that many o th poposd actons cold b mplmntd n an odly ashon, makd: “I am mndd o th old stoy o th mc who dcdd to bll th cat. It sms that n ths cas th Amcan Insttt o Physcs has bn nvtd to bll th cat.”48 Daow’s qtst conclson abot stctn was phaps somwhat dsnnos, n that t convnntly alnd wth hs convcton that th APS was adqatly qppd to handl th psss o postwa dmoaphc chans and that ts mo lmtd ndstandn o physcs shold b potctd. Bt dspt th al o th lks o Daow to com aond to th vw that th oanzatons o Amcan physcs qd

 

HOW PHYSICS BECA ME “WHAT PHYSICISTS DO”

51

sbstantal stctn, th NRC connc natd momntm o thos skn to mplmnt sch oms, and th ollown w yas wold ndd vst sncant chan pon both th AIP and th APS. REORGANIZING PHYSICS

Follown on th hls o th NRC connc, th AIP omd a Polcy Commtt on th Roanzaton o Physcs to dstll th an o opnons hashd ot at th mtn nto a st o commndatons. Th commtt, chad by John Tat, ncldd many who w sympathtc to th dalst vw, ncldn Hanwll, Gbbs, and Bckly.49 Th pms om whch th commtt ban was that chans n th nat and composton o Amcan physcs snc th omaton o th AIP ncsstatd valatn ts co sponsblts. Th omost chan thy dntd was th act that “ntst n th scnc o physcs s now mch mo wdspad than omly omly.. It s no lon so mch concntatd n acadmc ccls and xtnds nto a host o ndsts and nto th bod ond o oth scncs. Th nmb o acadmc, anddobld ndstal dnty thmslvs physcs hasnstttonal, appoxmatly n woks th past who dcad, and th post-wawth a pomss a mch at xpanson.”50 Th commtt acknowldd that t dw th bondas o physcs boadly noh that t wold lkly mbac many popl othws classd as chmsts, nns, and mtallsts, bt nvthlss nsstd that conzn th ntst sch sachs mantand n physcs was ncssay o th halth o th commnty. Th poposal o oanzaton bcam th tmplat o a nw AIP consttton, adoptd n Fbay 1946. It ctd th dalst sympaths o th commtt and ll n ln wth an ndstandn that physcs ndd to b oanzd to ct what physcsts dd. Th AIP wold contn ts pbp blshn sponsblts, and wold add a nw catoy o ndvdal mmbshp, whch wold b xtndd atomatcally to ndvdal mmbs o AIP mmb socts, bt whch cold also b acqd by jonn th AIP dctly as an assocat mmb. Th AIP doppd ths mmbshp catoy shotly that, bt ts nclson n th ntal vson o th nw consttton spaks to th volvd ol th oanzaton nvsond o tsl. Also olld nto th AIP’s nw msson was th pblcaton o a t nal ntst jonal, whch wold povd a vn o any physcst to pblsh wok that was ntstn and accssbl to a wd aay o collas, and whch wold n som mas contact th topcal spcalzaton o physcs. That Today n 1948. poposal wold lad to th stablshmnt o Physics Today

 

52

SOLID STATE STATE INSURRECTIO N

Th nw AIP consttton povdd th appaats ncssay to pmt somthn akn to Hanwll’s vson to com to pass. Th AIP, howv, nv w nto a socty to whch physcsts lt any allanc. Th APS, whch had th most to los  th AIP sccdd n xpandn ts msson, nally mad concssons to th ops o ndstal and appld sachs who had bn atatn o at psntaton. By md-1945, two dvsons had manad to navat thoh th APS concl and cv ocal conton, th Dvson o Elcton and Ion Optcs and th Dvson o Hh Polym Physcs. Bt as mo poposals achd th concl, qstn psntaton o ndstal physcs, physcs and avaton, chmcal physcs, spctoscopy, and oth spcalts, th concl balkd. Th vy nam “dvson” mbodd vythn s lk Daow ad n th spct o spcalzaton. At ts May 5 mtn, th APS concl placd pla cd a moatom on th omaton o nw dvsons, pndn th solton o otstandn oanzaton ots, ncldn thos at th AIP. AIP. Th vast chans n th stats and ppos o physcs that makd th aly post–Scond Waand pod a otnBt castthas nstttonal boht abot by dstnctv Cold Wa Wold psss ncntvs. machnatons that lad th ondwok o thos chans w nd way bo th Scond Wold Wa cam to a clos. Th most mpotant pqsts that ld to th conaton o Amcan physcs w notatd thoh th aly 1940s and had mposd thmslvs on th nastct o Amcan physcs bo th most salnt ats o th Cold Wa contxt—th dal ndn nvonmnt, vlnt antcommnsm, and th clod o ncla a, n patcla—cam nto ocs.51 Ths chans cold only com abot bcas som physcsts cam to thnk o th ld as th sm o what w hat physcsts dd. As Wllam A. Wldhack, a Natonal Ba o Standads physcst, wot to sppot th da o a nal, AIP-lk oanzaton to plac th APS: “Th polcs o th nw AIP shold b amd on th alzaton that ts ams can b achvd ach vd only by wdspad and actv mmbshp sppot, and that ths sppot can b tand only by an oanzaton whch s as mch concnd wth svc to  scientists as wth svc to  science.”52 Th locs o possonal pow dd not sht lly to th AIP AIP,, as som hopd, bt th nw pvalnc o ths way o thnkn dd sp nstttonal chan. Lat n 1946, th APS concl aan tnd ts attnton to th qston o dvsons, ths tm wth knowld o th AIP’s plans. On Sptmb 19, th concl appovd an ocal polcy adn dvsons, composd o v ponts:

 

HOW PHYSICS BECA ME “WHAT PHYSICISTS DO”

53

1. Th Socty shall contn th polcy o stablshn and sppotn Dvsons as povdd o n th consttton. 2. All mmbs o Dvsons Dvsons shall b Mmbs o Fllows o th Socty. Socty. 3. In th Dvson now nolln Assocat Mmbs, ths shall b pmttd to contn n th psnt stats ntl th oanzaton o th Amcan Insttt o Physcs maks povson o ndvdal mmbs. 4. Any mmb o th Socty may noll noll n a Dvson on paymnt to th Socty o an ntaton  o two dollas. 5. Dvsonal xpnss consdd nomal by by th Concl shall b mt by th Socty, and no dvsonal ds may b collctd o assssd by a Dvson nlss athozd by th Concl.53

Th polcy, spcally ponts (2) and (3), was dsnd to pvnt dvsons om bldn otsd th bonds o th APS and thby to noc th socty’s contol ov th scop and chaact o th dscpln. Dvsons allowd wth o ntsts that w nott,tadtonally psntd APS toops bld spac thmslvs wthn as lon as thy sbmttdby to th th athoty o th la socty. By allown an xpandd poam o dvson omaton, albt dnly, dnly, th APS shod p what athoty t tand to shap th dnton o physcs, ostalln somwhat Hanwll’s dalst vson. That s not to say that ots to xpand th scop o physcs ald. Th nd o th moatom on dvson omaton opnd th doo to a nw dvson that wold apdly bcom th socty’s last and most nntal, whl mbodyn many o th pncpls Hanwll dndd: th Dvson o Sold Stat Physcs.

 

3

BALKANIZING PHYSICS

Whn w st on th lawn o th Ba o Standads, w do not want to l “q’n san mp abv nos sllons.” —JOHN H. VAN VLECK, 1944

Lk th tanssto o th mcowav ovn, sold stat physcs was tsl an ndstal nnovaton. Physcal nvstaton o th popts o sold matt cold boast a lon tadton by th 1940s, bt sold stat physcs only bcam a dstnct possonal ntty n th Untd Stats pon th ondn o th Amcan Physcal Socty’s Dvson o Sold Stat Physcs (DSSP) n 1947. Th DSSP md om th nstttonal machnatons xplod n th pvos chapt, n whch ndstal physcsts stld o a at ol n th commnty whl tadtonalsts dndd a mo stctv and concptally p vson o physcs. Th DSSP sltd om an ot spahadd spa hadd by ndstal physcsts, whch amd to notat btwn ths comptn comptn  vws o how th post–Scond Wold Wold Wa Wa physcs commnty shold b nd.  nd. Th qaltatv and qanttatv owth o Amcan physcs dsptd tadtonal mods o nstttonal ovnanc and notons o possonal dntty. Topcal dvsons o th Amcan Physcal Socty (APS) md as th pd salv o dstablzn xpanson. Dvsons av small ntst ops an nstttonal otlt whl also kpn thm nd th as o th APS, whch dnd and nocd possonal noms mo stctly than a loos allanc cold. Th DSSP, as wll as spondn to an ptck n ntst n th physcs o solds, can b ndstood as an attmpt to nact an nclsv, otwad-lookn dntty o physcs, contastn tadtonal notons o what

 

BALKANIZING PHYSICS

55

a physcst was, wthn th nstttonal constants and oppotnts o th md-1940s. Spnc Wat dscbs th pocss thoh whch sold stat physcs omd, notn: “Whn w spak o th mnc o sold-stat physcs . . . w do not man th caton o somthn de novo. W man a and aanmnt o an nt aay o spcalts, sp calts, old and nw, nw, nto a novl constllaton.” Wat dnts th dosyncass that chaactzd th dvlopmnt o sold stat physcs, a ld that bok th ls o dscpln omaton ollowd by ts sbln sblds, sch as ncla physcs. Rath than own om a sd, Wat obsvs, spcalts somtms “aan thmslvs nto lds at a snl tm whn condtons ach som ctcal pont.” 1 Th lsson Wat daws om th omaton o sold stat physcs s that “a w thohtl popl w abl to sway th balanc n avo o a commnty that was ntllctally and socally opn, yt ntnally cohnt—a sold-stat physcs commnty.”2 Examnn th physcs commnty n th 1930s, h nds “no cla tndncy to ny aond th nal sbjct o solds,” that, vn so, “th a nyn oc. .physcs . . Thscold oc was th bt own ntllctal ntywas o ndd th sbjct. Sold-stat bcom an ntllctal commnty only at ts contv pats had dawn toth n th mnds o som physcsts.” physcsts.” H ssts that a “‘nd “‘ nd thoy’ had bn catd thoh th comn o qantm qa ntm mchancs,” mchancs,” and dnts th “ntllctal nty od by th concpt conc pt o a sold,” as a oc wokn n avo o sold stat’s cohson.3 Ths chapt vsts th stoy o sold stat physcs’ ondn wth th oal o sstn that th nty th sold stat synthss sppotd, sp potd, althoh powl and ctv at manan th sn  sn td o spcalzaton, was somwhat lss than concptally cohnt. Th qantm mchancal appoach to cystalln solds that had md by th 1940s was ndd nd and cohnt, bt t was not th whol o sold stat physcs. Th dstnctv nstttonal aanmnt that podcd th la sold stat commnty commnty,, ncldn at th otst a nmb o sach tadtons bsd th on ocsd on th qantm mchancs o la solds, ctd onon dbats abot th dntty o Amcan physcs. In that sns, sold stat was a poltcal allanc ath than a concptally nd commnty. It was ntnally htonos and qckly bcam actos. Althoh th possblts opnd p by th applcaton o qantm tchnqs to solds w a ctcal antcdnt o th s o sold stat physcs, anoth qally mpotant pcso was an dolocal sht that mad t possbl o Amcan physcsts to concv

 

56

SOLID STATE STATE INSURRECTIO N

o a sbld dnd by possonal and nstttonal objctvs. Sold stat physcs, althoh ts onds stov o nty, was not dnd by th sam typ o nty blovd o oth aas o physcs. Som o th sach poams that mad p sold stat physcs w ndd concptally cohnt, bt ocsn on th nty wthn ths aas, whch otn w pat o tadtons datn to bo th qantm volton, nlcts th ol o poltcal nty n povdn what lttl cohson th ld as whol possssd. Analyzn sold stat as a actos constllaton, bond nto a loos allanc n th svc o common possonal oals, clas th asons o ts omaton, th chaactstcs o ts volton thoh th Cold Wa dcads, and ltmatly, as dscssd n lat chapts, ts ol n th vntal omaton o nw catos, sch as condnsd matt physcs and matals scnc. Th stoy o th DSSP’s ons, tho, tlls not  jst how on o th most mpotant povncs o Cold Wa physcs stablshd tsl, bt how a nw sns o dntty o Amcan physcsts, on that mbacd applcatons, ntdscplnay xchan, and ndstal lvanc, bcam possbl. MAKING DIVISIONS

Th ondn o th Dvson o Sold Stat Physcs was a cctos aa, lastn almost o tblnt yas staddln th nd o th Scond Wold Wa a.. Th da o an a n APS dvson that wold cat to an nclsv coss scton o ndstal and acadmc sachs ntstd n som aspct o anoth o th physcs o solds ban to mnat n Novmb 1943 n Evanston, Illnos. Nothwstn Unvsty hostd an APS mtn that ncldd a symposm on th physcs o bb. On ppos o th symposm was to dscss a ptton that had bn cclatd al n th ya, ann thty-on snats, n sppot o a dvson psntn th physcs o hh-polymc matals. Th ndstal lna o ths dvson s cla om ts onally posd ttl: Dvson o Txtl Physcs. Th mo hhbow nc to hh polyms was adoptd to molly th APS concl and ts pjdc o sbjct-basd sbjct- basd dvsons. On th pow o th Evanston ptton and th vbal sppot xpssd at th mtn, th APS concl athozd th Dvson o Hh-Polym Physcs, th socty’s scond.4 Roman Smolchowsk ( 3.1), a Gnal Elctc (GE) sach physcst, was n attndanc. Smolchowsk had com to th Untd Stats om Poland, n Gman occpaton, a w yas al. In Wasaw h had ld th dpatmnt o th physcs o mtals, and th bb symposm

 

BALKANIZING PHYSICS

57

Figure 3.1. Roman Smolchowsk n th Gnal Elctc El ctc Rsach Laboatoy, Laboatoy, ca. 1944. Cdt: AIP Emlo Sè Vsal Achvs, cotsy o Roman Smolchowsk

mboldnd hm to lanch a smla ot on bhal o hs pd class o matals. Bo th ya was ot, Smolchowsk had ctd v oth physcsts wth an ntst n mtals sach to advocat o an APS dvson o mtals physcs. Ths “op o sx,” so namd by Kal K. Daow, was ston on ndstal sachs. It ncldd Smolchowsk’s GE colla Sal Dshman, alon wth Sdny Sl (Wstnhos) (Wstnhos) and Wllam Shockly (Bll Labs). It ncldd on psntatv ach om th acadmc and ndstal sctos. Fdck Stz o th Can Insttt o Tchnoloy, who psntd th acadmy, had pvos ndstal xpnc, havn wokd at Gnal Elctc om 1937 to 1939. Thomas A. Rad o Fankod Asnal, psntn th pblc scto, had bn a Wstnhos Rsach Fllow om 1939 to 1941. Th op o sx snd th nams to a ltt

 

58

SOLID STATE STATE INSURRECTIO N

Smolchowsk wot nttld “Th Psnt Wa Is a Physcst’s Wa,” whch askd “mtal physcsts” to wh n on two qstons: “ First , do yo thnk that som sot o a coopaton amon mtal-physcsts s ncssay and advsabl o not; and  second , what om ths coopaton shold tak: a small commtt, a scton o Th Physcal Socty, Socty, o somthn ls mayb?”5 Th op o sx dstbtd th ltt to ty-th o th collas natonwd who had a sach ntst n mtals, whch, n Smolchowsk’s  jdmnt, pomsd apd  apd postwa owth “not only om th pont o vw o ndamntal scnc, bt also om th pont o vw o pactcal poblms n ndsty.”6 H chos “mtals” both bcas ndstal n dstal sachs wokd pmaly wth mtallc sbstancs and bcas t mpld a wllnnss to collaboat wth mtallsts, mtall sts, mch as h dd n hs day-to-day wok at Gnal Elctc.7 Collaboaton otsd o physcs was cntal to Smolchowsk’s vson and h sstd oth nams on th onds that “coopaton om ply mtallcal qats may b mo actv  w a ‘all ot o mtals.’”8 Mtalmxd physcs povd mo actos than opposton polym physcs and th ltt lctd sponss. Th most pontd cam om John H. Van Vlck, by thn nsconcd nsconc d at Havad Unvsty and hadn th thoy op o th Rado Rsach Laboatoy, whch psd watm sach nto ada contmass. Van Vlck, n hs ply, wot, “I mst conss that I am a ath volnt opponnt o what I lk to call ‘Balkanzaton’ o th Amcan Physcal Socty, b t th oaphcal o by sbjct matt.” Van Vlck pasd “th spt o a Qak mtn” that chaactzd chaact zd pwa mtns, at whch “on can o to ha th paps, n cas on s ntstd, n tstd, o st on th lawn and talk to on’s nds, n cas on s not,” and wh “anybody who wants to can v a tn-mnt pap on any sbjct havn vn th motst conncton wth physcs.”9 An ssay Daow wot o  Physics Today n 1951 also ncs th tadton o n to th otdoos dn APS mtns. By way o vn physcsts advc on how to dlv a pap, Daow sstd that amla dy monoton o most APS talks was n pat sponsbl o chasn attnds to th lawn, notn “th poplaty o th sayn that whn a mtn o th Amcan Physcal Socty s on on, th mmbs a n th codos o on th lawn nstad o lstnn to th spaks” ( 3.2). Physcsts Physcsts cold lan somthn somthn  om sta actos: “Popl wth tckts to Soth Pacc a not standn aond n Foty-oth stt whn th ctan c tan s p.”10

 

BALKANIZING PHYSICS

59

Figure 3.2. Kal Daow (lt) chats wth Hny Baton, Amcan Insttt o Physcs dcto om 1931 to 1957, otdoos dn an Amcan Physcal Socty mtn n Washnton, Washnton, DC, 1960. Cdt: Emlo Sè S è Vsal Achvs, Amcan Insttt o Physcs, Physics Today Today Collcton

Van Vlck th ctczd plans o a nw dvson on th onds that t wold pollt APS mtns wth nonphyscsts: “Th da that vaos ops whos man ntst nt st s not physcs mst b coddld, n od to mak thm mmbs o th Amcan Physcal Socty, has nv appald to m, as jst m nmbs s not vythn. Th Amcan Chmcal Socty s, to my mnd, a pm xampl o ths pont. It sms to m that th contnal tndncy to scton th Physcal Socty and stablsh a lot o sboanzatons wll tnd to pt t on what I may tm a talstc and/o nw-dal-bacatc bass. bass.””11 Van Vlck avod an nomal nvonmnt, nncmbd by sbstcts. H wod th that dvsons,  thy mantand th own mmbshp, wold habo ntlops who had spcal ntst n th sbjct s bjct th dvson psntd—mtals, o nstanc—bt had no nclnaton to consd qstons that w chaactstc o physcs as h ndstood t, as th sach o nalzabl laws. Opposton o ths chaact was consstnt wth th vw o th APS as a p sach oan-

 

60

SOLID STATE STATE INSURRECTIO N

zaton. Van Vlck, thoh hs ondatonal wok on th qantm thoy o mantsm, had contbtd mch to th physcs o mtals bt was ntstd n thm only nsoa as thy povdd tst systms o ondatonal pncpls.12 By “ops whos man ntst s not physcs,” physcs,” Van Van Vlck mant not  jst chmsts, mtallsts, and nns, bt appld sachs whos ntst n applcatons cast dobt on th commtmnt to p physcs. Van Vlck’s opposton to a dvson psntd a mnoty o th mtals physcsts polld, bt that mnoty xtd otszd nnc. Amon th onds o th Amcan thotcal physcs commnty, Van Vlck hld an xaltd plac. H was on o th w Amcans to patcpat actvly n th qantm volton o th 1920s, and ths nspd vnaton scnt to lnd hs opnons consdabl wht.13 H was a ood nd o APS sctay Kal Daow, who was sponsbl o ovsn th omaton o nw dvsons.14 No dcsv vdnc shows Van Vlck xtn dct nnc on th dvson-omaton pocss thoh Daow, bt th qnt cospondnc av Van Van Vlck patd oppotnts to tat ta t hs dstast o  o th cavn p o th APS nto ntstpoposal. ops, and hs xpsson sch opposton pdatd Smolchowsk’s Upon cvn a osvy adn th Dvson o Elcton and Ion Optcs, o xampl, Van Vlck wot to Daow: In ply to yo qstona [ sic ], ], I do not wsh to b nolld n th lcton mcoscop dvson o th Physcal Socty. Appantly w a now to hav vtcal as wll as hozontal Balkanzaton o th Amcan Physcal Socty. I nclos hwth a copy o th Consttton that I an acoss n my ls. Appantly t s th onal om wttn by o ws oaths at Indpndnc Hall, bo any nw dal amndmnts. It sms to cay no povsons o th typ o Balkanzaton, o ntn nto th al stat bsnss. A yo s that all ths tms a lal? 15

Atcl IX, whch addd a povson o topcal dvsons n 1931, wold not hav appad n an onal vson o th APS consttton. Gvn Van Vlck’s standn, hs psstnc, and th clos latonshp, th way Daow dalt wth poposd dvsons lkly owd somthn to Van Vlck’s objctons. Smolchowsk took pans commnsat wth Van Vlck’s stat to assa hs concns. H amd to skt both o Van Vlck’s objctons whl stll acknowldn th valdty and dmonstatn dnc: “Evybody, I thnk, wll a that ‘Balkanzaton’ o th Amcan Physcal Socty wold

 

BALKANIZING PHYSICS

61

b vy ndsabl,” h wot n spons to Van Vlck’s skptcsm abot th op o sx’s poposal: “What som o s consd wothwhl s ( I may s yo poltcal analoy) an attmpt to pvnt ‘an nvason and patton by powl nhbos’ (.. chmsts and mtallsts) at th sam tm avodn th dans o spcalzaton. I do hop that  sch a op s catd t wll not nt wth th dmocatc spt o th mtns o th Socty whch all o s njoy so mch.”16 Van Vlck, nappasd, xtndd th poltcal analoy, dscbn Smolchowsk’s stanc as “a lttl lk th da o Gmany bo 1914 that  t dd not xpand, t wold b obbld p by Rssa and Fanc. As a as I can s, th Physcal Socty s a on concn, and ts mmbshp lst s not shnkn.” Hs hstancy abot opnn th doo o th APS too wdly std on a concn “that o mtns wll hav too many hans-on whos man ntst s not that o p physcs o scnc. Whn w st on th lawn o th Ba o Standads, w do not want to l ‘q’n ‘q ’n san mp abv nos sllons.’” sllons.’”17 Van Vlck mphaszd what Smolchowsk had mssd n hs st ply: hs was notth thatscop chmsts mtallsts nltat bt concn that xpandn o thand APS byond ts wold tadtonal ocsth onAPS, p physcs wold ob t o ts ntllctal ntty and an d socal ntmacy n tmacy.. Van Van Vlck, a physcst bo h was a scntst o a thost o a mtals sach, cast hs lot wth thos who lt smla allanc to physcs as a cohsv ntllctal ntps. Smolchowsk, snd to Van Vlck’s opposton, pld only that h dd not antcpat that th typ o oanzaton h had n mnd, dctd mostly towad oanzn spcal symposa at APS mtns, wold ndmn th Qak spt o thos mtns.18 Van Vlck and oth opponnts o dvsons mad mo sccssl ntats to Fdck Stz, St z, who was mo avoably dsposd to vw th APS as a havn o p sachs. In aly May 1944, whl th op o sx was n th pocss o oanzn a ptton to th APS concl o a mtals dvson, Stz wot to Daow sstn that th qston o nw dvson b postpond ntl at th wa. H xpland hs sston by ncn convsatons h had condctd wth opponnts o th dvson: “Ths a mn whos opnons I spct vy mch, and I was mpssd wth th act that thy l  l as  dvsonalzaton wll b a catastoph. cata stoph.””19 Daow was pzzld by Stz’s ot to ndmn n dmn th op o sx’s ptton, plyn, “I am not s whth ths s a dnt wthdawal o th qst q st by yo op o a Dvson o Mtal Physcs, bt snc th Concl has no omal ptton o sch a dvson bo t, t has not yt takn acton abot sch a dvson no

 

62

SOLID STATE STATE INSURRECTIO N

s t lkly to.”20 Daow xpssd hs convcton that th sbdvsons o th APS w nvtabl, and that th pocss was ssntal as th socty w and qd addtonal stcts to handl pactcal matts sch as oanzn mtns and symposa. Stz, an astt poltcan wth a n v n th wnd, appad lvd that Daow had dawn hm back om th skptcal bnk, plyn: Yo hav pt th nt staton n a lht that maks m l mch cla abot th objctvs at hand. As yo ndobtdly athd om my pvos ltt, I hav bn sbjct to consdabl bombadmnt om many hands concnn th pat I had playd n conncton wth th poposal to stat a dvson o “Mtal Physcs.” I now alz that dvsonalzaton s not an vl n tsl, and that th sccss o al o th Amcan Physcal Socty n th t dpnds ntly pon th way n whch th mmbs xcs th hts that thy hav nd th xstn oanzaton.21

Th poposal o a nw dvson wold pocd, dspt th opposton. FROM METALS PHYSICS TO SOLID STATE PHYSICS

Daow conzd th owth o dvsons as nvtabl, bt n dnc to Van Vlck and oth tadtonalsts hld ast to th ntptaton o th APS consttton that qd dvsons to om aond sbjct aas—th soc o hs sstanc to poposals o a dvson o ndstal physcs. H soht to bd th dolocal dvd by commndn that th op o sx ps a sold stat physcs dvson, ath than a mtals physcs dvson, whch mtatd Van Van Vlck’s objctons somwhat whl stll vn Smolchowsk’s ntc op th nstttonal spac thy cavd.22 Stz was swayd by Daow’s sston that th poposal o a mtals dvson b boadnd to ncompass solds nally. nally. H od a ma clpa  to Smolchowsk o wavn n hs convcton whl bn “bombadd vy havly wth vws aanst dvsonalzaton” bo askn: “Do yo hav a dp-satd objcton to sn th nam ‘Dvson on th Physcs o Solds?’ Ths wold ndobtdly opn th doos to a mch wd op, sch as thos ntstd n pmnts and camcs, and wold mak th aspcts o dvsonalzaton a lttl lss m.” m.”23 Th dscsson ov whth to oanz aond mtals o solds ct to th co o th dsamnts ov th poposd dvson’s msson. Léon Bllon, an xpt on th qantm thoy o cystals who had d Fanc o th Untd Stats at th bnnn o th Scond Wold Wa Wa,, xpssd th

 

BALKANIZING PHYSICS

63

hat o th opposton to mtals mta ls as a sbjct catoy n hs ply to th op o sx’s ltt: “Th dstncton btwn mtals and oth solds has no scntc bass and s only a matt o nnn—Th physcst cannot daw a bod btwn th two cass, and most o o cnt knowld o mtals was th slt o xpmnts and thos wokd ot on th non mtallc cystals. So lt s spak o Physics o solids n nal. n al.””24 Fom th pspctv pspct v o basc physcs, th sold stat was th spo catoy bcas t dd a btt— mpct—job o psvn ps vn topcal cohnc wthn th dvson. In contast, th choc o mtals as an oanzn o anzn pncpl btayd too stakly th ndstal ons o th onal poposal. Smolchowsk, spondn to Sdny Sl’s sston that th nt sold stat b consdd, potd han “th opnon that most ndstal sach s don n th doman o mtals,” althoh h admttd that h cold not b s hmsl.25 It took consdabl psason bo Smolchowsk wold accpt solds ov mtals as th ocs  ocs o th nw n w dvson. Dspt hs dnc to Van Van Vlck’s concns and th pans h took to mphasz that th dvson was motvatd thcollaboaton bst ntst o physcs and and p hyscs physcs alon, onwhch o hs h dvn motvatonsbywas wth chmsts mtallsts, took to b ssntal to th halth o physcs. H nvsond an oanzaton that wold kp th stdy o mtals td closly to physcs, bt also saw t as a tool to oanz jont symposa wth socts sch as th Amcan Socty o Mtals (ASM) and th Amcan Insttt o Mchancal Enns (AIME). Smolchowsk dd hav ood ason to mphasz th collaboatv potntal wth ths socts. Mtally bo th Scond Wold Wold Wa Wa had aspatons to mpov ts standn amon th scncs. Whn th Unvsty o Pnnsylvana Pnnsyl vana was wokn to xpand ts sach pol n th lat 1930s, o nstanc, mtally was on aa t dntd as on a sbstantal tn on nvstmnt. Gaylod P. Hanwll, cntly appontd cha o th physcs dpatmnt, attmptd to poach mtallst Ghad D om Can Tch, notn that “a nmb o almn and ntstd nds o th Unvsty hav poposd that th ntst n Mtally b xpandd,” and mphaszn “a complt nanmty o opnon amon s that th adat and sach aspct o th dvlopmnt shold b concvd conc vd o as a p scntc poam n th Physcs and Chmsty o solds ath than ndavon to t t too closly to classcal mpcal  mpcal mtally mtall y..”26 Fth, mtally poams and ndsts ocsd aond sach nto th popts o mtals w hn physcsts. In th Natonal Rsach Concl’s 1946 svy o US ndstal laboatos, only on, Bll Tl-

 

64

SOLID STATE STATE INSURRECTIO N

phon Laboatos, lstd “sold stat” as a sach aa.27 In th sam volm, ncs to mtals, alloys, stl, mtally, and smla tms appa on almost vy pa and n th nts o th at majoty o laboatos that lst physcsts amon th sach sta. st a. Smolchowsk’s Smolchowsk’s sns that mtals w cntal to th wok o ndstal physcsts was not msplacd. Bt smla data ndcat that h nd n d not hav bn so concnd abot th xact nam o th ld. Only a handl o laboatos n th 1950 dton o th sam pot lst sold stat physcs amon th sach aas o sold stat physcsts amon th sta, bt by 1956 th tm was n common cclaton and n 1960 t was bqtos.28 Smolchowsk vntally lntd. H wot Stz at th nd o May 1944: “I qt a that om th pont o vw o th A.P.S. as a whol ‘solds’ a to b pd, bt I thnk that om th pont o vw o coopaton wth oth socts, ‘Mtals’ a mo appopat. Ths coopaton and ths bdn o th ap btwn mtal physcsts and mtallsts s to my mnd on o o man objctvs.”29 Stz pld on Jn 14: Radn th ttl o th dvson, I honstly do not blv that w shold woy abot what th mtallsts wold consd a ood ttl. Fom th xpnc I had n Pnnsylvana wth oanzn coopatv mtns, I blv I can stat honstly that th coopaton wth th mtallsts wll hav to onat on o sd. I th a jont mtns wth th ASM o th [AIME], t wll b bcas somon lk yo o I has bn assv noh to appoach thm. Th xact nam o th dvson wll not play a ol n ths notaton. As a slt, I stll hadly avo th s o th wod “sold” nstad o th wod “mtal.” In addton, I thnk w shold mmb that th psons ntstd n pmnts, lass, and th lk, who wll b ntstd n th dvson, a vy la n nmb, and a no lss oanzd than th mtallsts. I blv t wold b a mstak  w xpssd ntst n on o ths ops, to th xclson o th oth. 30

Stz had bn an assstant posso o physcs at th Unvsty o Pnnsylvana n th lat 1930s dn Hanwll’s ots to xpand th nsttton’s pol n mtally. mtally. Th wok Stz was psn on solds had bn a ctcal lmnt o Hanwll’s sals ptch to potntal hs, so Stz wold hav had ampl oppotnty to dvlop a consdd poston on th latonshp btwn physcs and mtally. Stz’s nnc pavd th way o Smolchowsk to nally abandon hs commtmnt to mtals. Whn Smolchowsk mt wth Daow two days lat on Jn 16, th slt was an amnt to

 

BALKANIZING PHYSICS

65

cclat a ptton o th omaton o a psntatonal oan o physcs o th sold stat and to aan a symposm to dscss th stat o th ld and plan t oanzatonal ots.31 Th sht om mtals to th sold stat dd not dampn Smolchowsk’s nthsasm o nsn that th owth o nw lds o nqy, spcally thos wth ndstal lvanc, mand lnkd to th APS. Th nam chan qlld som opposton om thos who nsstd on topcal dvsons o non at all, bt th poposd DSSP, DSSP, as dmonstatd by sbsqnt sbs qnt vnts, mand an ot to ntat ndstal sachs wth th acadmc commnty by skn a clos assocaton btwn sl-dntd p and appld sachs. FOUNDING THE DIVISION OF SOLID ST STA ATE PHYSICS

Th qston o what sot o oanzaton shold b stablshd had mand n th backond p to ths pont. It bcam cntal to th dscsson at Smolchowsk and Daow ad to mov ahad wth th poposal o a sold stat dvson. opstandn o sx’s onal lttwold had askd whth a lldd dvson o Th a small commtt b mo avoabl. In Jn 1944, th APS concl appontd th op o sx as a commtt to oanz a symposm at whch th qston wold b pt to a op o ntstd physcsts.32 To ths nd, th op o sx pblshd th slts o th svy n th  Journal o Applied Physics wth a on-pa statmnt nttld “Physcs o th Sold Stat.” Ths pblshd statmnt av a sot ptch than “Th Psnt Wa Is a Physcst’s Wa,” bt advancd ssntally th sam amnt and asd ssntally th sam qstons. 33 Rath than advocatn o nw oanzatons, th statmnt planly psntd th an o optons avalabl and advtsd th symposm, to b hld at th Janay 1945 mtn o th APS n Nw Yok, at whch thy wold b hashd ot. Alonsd th possblty o a nw dvson, th atcl otlnd th opton o omn a standn commtt wthn th APS, whch, althoh t wold q modcaton o th APS consttton to allow o sch ntts, wold not mantan mmbshp olls and wold ths mak lss o an mpact on th dntty and allanc o ndvdal physcsts. Th statmnt conzd amon th commnty o solds sachs “a ds to avod, as mch as pactcal, too omal an oanzaton,” and notd that avodn dvsonalzaton wold skt “th dans o ovspcalzaton and [stss] th nty o ntst and o ppos o all physcsts.” 34 Sch danty htoc soht to dan th lks o Van Vlck, whl conzn th act

 

66

SOLID STATE STATE INSURRECTIO N

that sold stat was sch a la catoy and that nstttonally yn t wold op toth physcsts who othws had lttl n common. Th op o sx spnt th all a ll and wnt o 1944 oanzn a symposm o th Janay APS mtn. Thy took pans to balanc nstttonal alatons o th patcpants, th statd postons on dvsons, as wll as thotcal, xpmntal, and appld sach. Van Van Vlck, o xampl, ad to spak on th thoy o omantsm on th condton that hs 35 patcpaton wold not b psntd as an ndosmnt o Balkanzaton.  Th  Journal o Applied Physics, n whch th statmnt annoncn th symposm was pblshd, was both a pd otlt o ndstal sachs and on o th w pblcatons wh a ood balanc o ndstal and acadmc contbtons was n vdnc.36 Th vn o pblcaton and makp o th symposm ndcatd that ths nw ld wold am to bd th dvd btwn acadmc and ndstal commnts whl also ncldn an appld consttncy that had pvosly had lttl say n APS aas. Fom an oanzatonal standpont, th symposm sltd n a shottm Fatn vocs both and aanst a dvson, th symposm,stalmat. lk th ccla ltt bo t, o podcd an ovall pnc o a commtt ath than a dvson. Smolchowsk wot to Van Vlck ollown th symposm: “My own lns a qt optmstc now: I hop w wll b abl to hav a ‘sold’ commtt actn accodn to o onal plans, avodn at th sam tm th dans o ‘pss ops’ and oth dawbacks whch yo hav mntond.”37  Ths sntmnt xpssd th boad consnss that th nds o th nchoat sold stat commnty cold b mt by th appontn o lctn a commtt to oanz mtns and symposa. Th commtt wold hav hav no pmannt mmbshp and a nd collct no ds. Van Vlck sd th attnton th symposm natd to consoldat opposton to dvsons. H poposd a pophylactc mas aanst th dvson-makn—a standn Commtt on Poams wthn th APS that wold hav psntaton om a an o sbjct aas and hold th sponsblty o oanzn mtns so as to bnt ach. A ptton, addssd to Daow and snd by Van Van Vlck and a nmb o hs lk-mndd collas, ad: “It s pabl to hav a commtt o th Socty on th whol sbjct o symposa ath than a spaat commtt o ach spcal ld, o two asons: In th st plac, th dan o catn to pss ops wold b avodd, and n th scond plac, th wold b nshd a btt saad that th nmb o symposa wold b nth xcssvly

 

BALKANIZING PHYSICS

67

la no too small.”38  Smolchowsk and th op o sx ndavod to wok wth Van Vlck on ths poposal. Upon cvn a copy o Van Vlck’s ltt, Smolchowsk pld: “I s no ason why ach op o physcsts psntn a dnt boad ld shold not lct on o two mn to yo Gnal Symposm Commtt whch wold sv as otlnd ot lnd n yo ltt ltt .. Howv, I do thnk ths mn shold b lctd, not appontd.”39 Smolchowsk was concnd that yon physcsts lt alnatd om  om th socty’s systms o ovnanc and wold bnt om an oanzatonal stct that ncoad thm to patcpat mo lly n socty bsnss. In th absnc o a commtt o a dvson ddcatd to solds, Smolchowsk nsstd on lctons to dtmn th consttton o any nal commtt n od to ns that th systm was not olachcal. Van Van Vlck, n kpn wth hs pnc o nomalty, ond sch dmocatc machny dstastl. H consdd contstd lctons a soc o ll wll and ncontstd lctons pontlss omalts.40 Althoh Smolchowsk and Van Vlck had com clos to an on acty sqnc pactcal mass, th copd dsamnt howconcpth sosholdoopat psstd. Van Vlck a smallabot socty, tally nd and ocsd ocs d closly on p sach, whch wold oancally podc th ndvdals wlln and abl to condct th commtt wok ncssay to aan mtns. Smolchowsk, on th oth hand, saw a nd to ntodc nstttonal appaats n th socty n od to achv hs ams. Stz pontd ot anoth consqnc o Van Vlck’s plan, wtn to Smolchowsk, “I blv that a la nmb o ndvdals whos pmay ntst s n appld physcs wll stll b dsntld.” 41 Stz osaw stp postwa owth n ndstal mploymnt o physcsts and sstd that,  stps cold not b mad to addss th nds n ds wthn th Physcal Socty, Socty, a spaat socty o  o appld physcs b stablshd. Nonthlss, h ad to sppot Smolchowsk’s poposal, whch wold combn basc and appld wok wthn th sold stat dvson.42 Stz’s convcton that appld physcsts wold b dssatsd by a nal poam commtt s ndcatv o th wdspad acknowldmnt that ndstal and appld physcsts nally avod mo, ath than lss stct wthn th APS. Ths dscssons w ltmatly acadmc. Eots to oanz a commtt, th topcal o nal, w thwatd by a constttonal tchncalty; povsons o standn commtts dd not xst n th APS consttton. Snc th ppos o APS dvsons, as alady n pactc by th Dvson o Hh-Polym Physcs and th Dvson o Elcton and Ion Optcs, closly

 

68

SOLID STATE STATE INSURRECTIO N

mod th poposd nctons o th sold stat commtt and o th nal poam commtt, Daow and th APS concl dmd that an amndmnt to th consttton n od to allow standn commtts was n jstd. Th op o sx shlvd shlvd th ots ntl th nd o th wa, wa, whn physcsts w lss ncmbd by wa wok and tavl stctons and th poltcal manvn qd to mashal noh sppot o th sold stat dvson wold b smpl smpl.. Th ot was sctd lat n 1946, at th APS concl ltd ts moatom on nw dvsons. Amd th contovsy sondn th wsdom o dvsons, th APS concl had appontd a commtt, hadd by Edwad Uhl Condon, to stdy th ss and cat a mo pmannt polcy.43 At th sam tm, “Athozaton was . . . obtand to tll th ‘Gop o Sx,’ who want to oanz a Dvson o th Sold Stat, to o ahad wth th plan.”44 Ths by no mans psntd an nd to th dbat ov th ol o dvsons. At th nxt mtn, Condon’s commtt cond wth th concl, wth th slt “that both th Commtt and th concl ond thmslvs conontd wthtn.” conclabl vwponts, and th matt has to o ov to th Janay mtn. m ”45 Sbstantal poss wold hav to wat ntl May o th ollown ya, whn th concl aan, n Daow’s sadonc paaphas, “tnd to ts avo avot pastm o dscssn th qston q ston o Dvsons.” Dvsons.”46 Dlats om th Dvson o Elcton and Ion Optcs and th Dvson o Hh-Polym Physcs compland abot th concl’s havy-handd appoach to catn polcs ctaln th actvts. Dvsonal psntatvs had bn xcldd om th commtt that datd th socty’s polcy adn dvsons, and as a slt thy ond th bylaws, and th actvts pmttd by thm, abptly constand. Th socty clampd down on th pactc o dvsons antn assocat mmbshps to ndvdals who w not APS mmbs and pohbtd dvsons om collctn th own ds. Daow potd that “th Dvsons lt thmslvs compltly at sa own to th athoty possssd by th Concl to mak sch chans wthot consltaton wth Dvsonal ocs.”47 Th acton pomptd th concl to allow psntatvs om th dvsons to tak pat n any t dscssons ptnnt to dvsonal actvts, bt sd to ostall mplmntn th polcy t had adoptd. Daow potd th solton: “Th Psdnt shall appont a commtt o v mmbs o th Concl to stdy th latons btwn th Dvsons and th Concl necessary to implement the policy adopted in September 1946 . (Th [mphaszd] phas s an ssntal pat o ths moton: ss-

 

BALKANIZING PHYSICS

69

tons that t b dltd w mad, bt dd not vntat n any amndmnt o th moton).”48 Th concl, n oth wods, asstd cntal athoty ov th dvsons. Th 1946 polcy was dsnd to ns that dvsonal actvts wold b ovnd by th APS, ath than pomotn naow ntst ops. Th concl was patclaly dtmnd to stct dvsonal mmbshp to APS mmbs. It ld: “Th Dvson o Hh-Polym Physcs may kp ts psnt Assocats ndntly, bt nth t no any oth Dvson may lct Assocats hncowad, hnc owad,”” and th qd that “th By-Laws o th two ld Dvsons shall b xamnd and boht nto conomty” wth th ls th concl had st ot.49 Th concl’s actv polcn o any actvts that mht thatn th socal and concptal cohson o th socty o sp athoty ov mmbshp o s ald to dt dt  th DSSP’s boosts. Th day at ttn th o-ahad om th socty, Smolchowsk—who had movd om GE to th Can Insttt o Tchnoloy n th all o 1946—wot to th concl: “In vw o th cnt avoabl dcson o th Commtt on Dvsons (nd th chamanshp o D. Fltch) and to thconsd tn oaan mo ts nomal condtons ‘opa o sx’ qsts th Concl ptton and to th appov Dvson o Sold Stat n accod wth th commndatons o th Commtt on Dvsons.”50 Jst ov a month lat, at th Novmb 30 concl mtn, th omaton o a “Dvson o Sold-Stat Physcs” was athozd.51 Its stats was ocally conzd at th Jn 1947 APS mtn n Montal.52 An annoncmnt to th APS mmbshp dnd th DSSP’s scop “to comps all thoy and xpmntal sach ptann to th physcs o th sold stat, sch as mtals, nslatos, phosphos, all cystalln sbstancs, tc.”53 Mtals had bn sbstantally downadd n th dvson’s msson, bt althoh th xpanson o scop mad o an ntty wth slhtly lss zzy concptal bondas, t also catd oppotnts o t to ncompass all styls o sach, old and nw, p and appld. Adoptn th sold stat as a dmacatn ln dd not daw shap concptal dstnctons as mch as t avodd thm ntly. By compomsn btwn th socty’s dmand o topcal contnty and th ds to psnt ndstal and appld physcsts qally, qally, th DSSP bcam a b tnt. Th DSSP, and th loos commnty o physcsts t psntd, can b sn as a dscplnay dscplna y xpmnt. Th poposal o a mtals dvson xposd sval own ts wthn th physcs commnty. As ndsty was bcomn a consdabl oc n Amcan physcs, th t btwn acadma and ndsty w nto a matt o dp concn. Two ncompatbl concp-

 

70

SOLID STATE STATE INSURRECTIO N

tons o nty md n th ac o qstons abot how physcsts shold poston thmslvs ollown th wa. Th st ollowd dctly om th tadtonal vw that physcs shold b a ld ddcatd to p scnc. Unty n ths sns, o a ld dnd by th objct o ts stdy, dvd ts mann om th basc concpts that w spposd to cospond to natal catos. Unty n th scond sns was poltcal. It mbodd th da that a commnty cold com toth o a common ppos om a-n povncs as lon as t was dd by a ston cntal oanzaton. Ths typ o nty, n contast to concptal c oncptal nty, nty, qd contnal nstttonal mantnanc. mantnanc . Amcan sold stat physcs, n th pocss o navatn ths ts, oanzd physcsts not on th bass o shad tchnqs o concptal tools, bt by possonal ntnt. It was a catoy mposd on a op o physcsts who had a shad ntst, bt ths ntst was not n an ncapslatd alm o physcal nqy; t was n bdn an nstttonal ap and catn oanzatonal psntaton o ops that w othws manalzd. Th qston o how nty shold b ndstood lay at th co o ths dvlopmnt. THE POLITICAL UNITY OF SOLID STATE STATE PHYSICS

Both thos poposn th DSSP and thos opposn t, thos pshn o at nnc o appld physcs and thos skn to potct th pmacy o p sach, pldd allanc to th nty o physcs. Thy dsad abot what t mant o physcs to b nd. Sold stat physcs mbodd a poltcal vw o nty. nty. Unlk th vw o physcs as a s nd by ts co concpts, whch w om th sam nntnth-cnty snsblts that avod classcaton schms basd on natal phnomna, th poltcal vw o nty allowd physcsts a at dal o lattd to dn both th ot bondas o th sbjct and ts ntnal stct. Th nstttonal possblty o a ld as la and nothodox as sold stat physcs qd som physcsts to stat bhavn as thoh physcs ally was jst what physcsts do. Sold stat physcs, as th st ld oanzd on sch a bass, was a classcaton nlk any oth bo t. Its sccss, n th lon n, wold ltmz classyn physcs on th bass o tansnt possonal nds. Th nsally boad chaact o sold stat physcs was vdnt as aly as th Janay 1945 symposm wh th poposal o a dvson (o a commtt) was st sbmttd to commnal sctny. Th slat was ston wth thotcally sophstcatd talks. Goy H. Wann o th Unvsty o Iowa otlnd nw applcatons o statstcal sta tstcal mthods to coopatv phnom-

 

BALKANIZING PHYSICS

71

na.54 Van Vlck av a vw o thotcal appoachs to omantsm, bnnn wth phnomnolocal tatmnts o th aly twntth cnty and contnn thoh dscptons o comptn qantm mchancal appoachs.  Ths appoachs w basd on xchan ntactons, whch, althoh pat o th standad dscos amon qantm thosts snc th lat 1920s, w stll scntly obsc wthn th nal Amcan physcs commnty that Van Vlck ndd to caton hs adnc that “[xchan] 55 ocs cannot b dscbd n smpl nttv lana.” lana.” Th symposm also dmonstatd a commtmnt to th applcatons o sold stat physcs, and ncldd contbtons om Rchad Rcha d M. Bozoth and Howll J. Wllams o Bll Labs, who dscbd th wok as “ndstandn o th bhavo o mantc matals n appaats dvlopd as a pat o th wa ot.”56 Wattown Asnal’s Clanc Zn amd hs tatmnt o th act stss o stl sn nabashdly appld htoc, bnnn by notn that th “snws o waa, namly ns, pojctls, and amo, a mad o stl,”57 and Otto Bck o th Shll Dvlopmnt Company ad that th ncasn mpotanc catalytc pocsss n 58 chmcal tchnoloy mtd th attnton to th o topc om physcsts. Th boad coss scton o wok on dsplay was psntatv o th smlaly boad an o appoachs and qstons th DSSP ltmatly nd. Van Vlck’s concn wth how th xchan ntacton mht povd a mo obst casal accont o omantsm had lttl to do concptally wth Zn’s ntst n th phnomnoloy o stl. Th act that thy both addssd som popty o sold matt was a spcal commonalty at bst. Van Vlck’s dscsson o omantsm otlnd how th ascnt o qantm mchancs pmttd a nw casal ndstandn o th phnomnon. Sch a psntaton assmd hs da o th natal na tal odn o physcs: th nvstaton o nal laws allowd applcaton to, and xplcaton o, spcc systms. Van Vlck, psntn cttn d thotcal wok, was wlcomd nto th sold stat non, wh h ond hmsl amon th lks o Zn and Bck, wth th ovtly appld thst, and Pcy Bdman, who, nd th aspcs o sold stat, contnd hs lon-standn sach poam on th physcs o matals nd hh psss, whch amd at qaltatv dscpton o th blk popts o matals and avodd dlvn nto qanttatv nalzaton.59 Gopn ths dspaat ntpss ntp ss wthn th sam povnc o physcs aantd that th nw ld wold not spct xstn, concptally dnd bas btwn basc and an d appld physcs. Sold stat dnd bods

 

72

SOLID STATE STATE INSURRECTIO N

aond a nw aa o physcs basd on convnnc. Th sold stat was an xpdnt catoy because t was boad noh to ncompass sch a wd an o topcs. Its badth assd that t wold not dscmnat aanst ndstal o appld physcsts, who cold otn not stat th ocs aa naowly, allown th DSSP to span acadmc and ndstal ttos that w othws solatd om ach oth. Th ston appld componnt and xpansv scop o sold stat physcs that cam wth ts nstttonalzd om a th vdnt n ts pdaoy. Th st txtbook to dscb physcal appoachs to sold matt comphnsvly, Fdck Stz’s  Modern Theory o Solids, appad n 1940. It ocsd on th tanston om classcal to qantm appoachs, wth patcla mphass on th appoxmaton mthods that mad la cystalln solds sscptbl to qantm mchancal dscpton.60 Chals Kttl’s  Introduction to Solid State Physics bcam th standad txt at ts scond dton n 1955.61 Th scond dton xpandd th txtbook by abot two hndd pas ov th onal 1953 pntn. Mch o th addtonal matal dalt wth pactcalts that wold b lvant tostyl, nns ndstal physcsts. Com Compad pad wth Stz’s Stz’ s omalsm-havy Kttl’sand appoach to to thoy was stahtowad, n most cass latn ll qantm mchancal tatmnts to th appndxs. Kttl’s txtbook also ddcatd mo spac to applcatons, addssn n dtal, o xampl, th popts o alloys and th bhavo o tansstos, llstatn concpts wth dscptons o xpmntal tchnqs and appals to asly obsvabl laboatoy phnomna. Havn bcom th standad stan dad txt, Introduction to Solid State Physics psntd a ld wth a ston appld ap pld ncton. As John J. Hopld makd n hs collctons o hs tann n sold stat at Conll n th 1950s: “Th waknss o th book was that t lt yo (as a thost) wth no da o wh to stat to dvlop a dp ndstandn o any o th topcs covd.”62 It was th txtbook Mldd Dsslhas adoptd whn hd to tach a thoy o solds cos at MIT that wold b mo accssbl to nns than th hhly abstact styl that domnatd John Slat’s physcs dpatmnt. H thoy o solds cos addssd th shotcomns Hopld dntd by spplmntn Kttl’s book wth 302 pas o handwttn, photocopd nots povdn a mthodcal psntaton o cystal stct and lattc dynamcs ladn nto a dtald psntaton o th lctonc stats o solds, whch th cos dwlld on bcas “o most o th pactcal applcatons o solds to o tchnolocal dvlopmnt, t s pobably th lctonc popts that a o th atst ntst.”63

 

BALKANIZING PHYSICS

73

Stz and Kttl wot o dnt adncs. Stz assmd a ston backond o hs ads, tatn adat stdnts and pactcn physcsts. Kttl’s txt was dsnd to b accssbl to ndadats. Th dncs nonthlss an dp. By th 1950s, sold stat had not only bn stablshd as a mch boad ntps than Stz’s tatmnt wold sst, bt ts st majo cop, n th om o th tanssto nvntd at Bll Laboatos, had com om ndstal qats.64 To b maktabl n th 1950s, a txt on sold stat physcs had to tak nto accont th an o th ld’s applcatons, not jst ts concptal stct, and man accssbl to chmsts and nns. As Kttl notd n hs pac: “Sold stat physcs s a vy wd ld.”65 Dscontnt wth th nam “sold stat physcs, physcs,”” whch psstd lon at th nam was valdatd by th APS and mblazond on txtbook covs, was a symptom o a dp dssatsacton wth a catoy possssd o lttl nhnt cohson. Th ld nvthlss manad to han toth,  loosly, on th stnth o common possonal objctvs. Th poltcal nty manstd by thsbstantal omaton ways o a sold commnty n th Untd n th om stat convntonal concptal nty.. Stats nty Fst, tdd was nstttonally mposd. Sold stat physcs cold b sad to b nd bcas t was aantd cohson thoh nstttonal psntaton. Bcas sold stat was so dvs, t qd an oanzatonal nastct  ts vaos sctos w to avod bn annxd by oth aas o physcs, oth scncs, o banchs o nnn. As MIT lctcal nn Ath von Hppl obsvd n 1942: “Th nc btwn th two lds [physcs and lctcal nnn] s alln nto dspa. Th lctcal nn has to lan and to apply atomc physcs n od to ndstand and mpov hs nw tools, and th physcst s bnnn to talk abot ‘hh Q’s’ and ‘chaactstc mpdancs’—and sms to lk t.”66 Th physcsts who cold spak th lana o lctcal nnn—o mchancal nnn, chmsty, o mtally—tndd to b thos who wold b classd as sold stat physcsts. Th wak concptal bondas that kpt ths lds apat mant that,  physcsts ntstd n ctan typs o sold stat poblms w to b kpt wthn physcs, thy wold nd nstttonal sppot and ncoamnt. Scond, sold stat was a mallabl non. Its om was not spposd to b objctvly xd by any acts abot th physcal wold. Sch xblty cad statc potntal. It allowd sold stat physcs to dn tsl n sch a way that t mht ow, ow, adapt, and compt o ndn and pst. It cold chan ts scop wthot ndann ts standn. A sold stat physcst

 

74

SOLID STATE STATE INSURRECTIO N

cold xplo a nw aa o ndstal ntst, o nstanc, wthot tansssn th topcal bonday o th ld. Sch xblty povd ctcal as ndsty bcam a mo pomnnt lmnt o Amcan physcs n th post– Scond Wold Wa a. Thd, poltcal ncaton allowd sold stat to mbac th appld consqncs o scntc sach. Concptal nty assmd that nnn applcatons o scntc knowld lay pmanntly otsd any nd ld o physcs. Sold stat took a mo xbl appoach. By so actvly skn to povd appld and ndstal physcsts psntaton, t lnkd th tadtonal basc sach am o th physcs commnty wth a own ndstal scto n whch tchnolocal nds dmandd to b lld mo oclly than xplanatoy lacna. Ths dncs nsd that sold stat mand a vabl sbld, bt also bandd t an otsd. Th ld’s path ov th sbsqnt dcads cts both th xblty t njoyd and th dclts t conontd as a slt. Th dbat ov nty was, at co, a dbat ov what shap physcs wold tak own n th postwa commnty. It playdand ot appld as a t physcsts wa wthn was th APS. Th consttncy o ndstal ot o stp wth th socty’s tadtonal ocs on basc sach. Indstal owth was otstppn acadmc owth, and a ston ndstal psnc n th APS thatnd to alt th socty’s chaact by sstn a boadnn o ts msson nto aas som thoht shold not qaly as physcs. Appld physcsts w no lss mphatc abot th dntty, howv, pontn to th tann and to th cntalty o physcal pncpls to th wok, dnyn that manplatn and applyn ths pncpls mad thm lss wothy o nclson n th ld than thos who st ot to dscov thm. Thy pomotd nstttonal mchansms that wold allow thm to opat wthn th APS whl stll mantann a mas o atonomy. Bldn on G. P. Hanwll’s b tnt dal, n whch th tm “physcst” wold b nosly bstowd, advocats o ndstal and appld physcsts soht to om Amcan physcs by pomotn a boad topcal scop and asn topcal and nstttonal val dstnctons amon ts mmbshp.  John Van Vlck champond th tadtonalst pont o vw n spons to ths challn, stanchly mantann that sachs wth stctly appld ntsts ll otsd o th APS msson and that ncldn thm wold dlt th atmosph o  xchan that chaactzd chaact zd pwa Amcan physcs. Hs da o nty was a ply concptal on: physcs was nd by a st o st pncpls that constttd th tats o physcal nvstaton. Th

 

BALKANIZING PHYSICS

75

sach o and manplaton o thos pncpls hld physcs toth laly ndntatd. Van Vlck cospondnly opposd attmpts to bld bds ov whch sachs who w not ntstd n thos qstons mht swam. Th DSSP, takn as ts cntal msson th poblm o bdn th ap btwn ndsty and acadma, md amd th tnson btwn ths opposn vws o physcs. To a lmtd xtnt, t sccdd n concln thm. Kal Daow and th APS concl pcvd a dan n allown ndstal physcsts to los th ablty to dnty wth th physcs commnty, bt also nsstd that ndstal physcsts’ pmay allanc wthn th APS b to a topc aa and not to ndstal n dstal applcatons p s. Bcas sold stat physcs md wthn th Physcal Socty’s dvsonal stct, t cold not b ontd ovtly towad ndstal ntsts and nstad boadnd ts scop to th pont wh t svd n a ashon smla to th b tnt physcs commnty Hanwll nvsond, bt on a mo lmtd scal. Th and compoms that sltd n th DSSP amd to lll th APS msson, not by closn thos don appld wok, as Van hav lkd,o btthbydvson bnntoappld physcsts nto contact wthVlck thwold basc contpats wthn th conns o th socty. In od to mak ths compoms wok, th DSSP soht poltcal nty. nty. So as to mantan a wd-ann ld, svn both acadmc and ndstal physcsts wokn on both basc and appld app ld poblms, th ams o Amcan sold stat physcs dstancd thmslvs om th dal o concptal nty that had chaactzd chaact zd th msson o th pwa APS. Sold stat physcs, to th xtnt t was a dstnct nt, was dstnct not by vt o a wllamd sach poam o a common xpmntal appoach, bt by vt o a commnty consnss, mposd and mantand by nstttonal dc.

 

4

THE PUBLICA PUB LICATION TION PROBLEM

The Physical Review contns to ow and to hav nancal poblms.

W hav had statmnts to th ct that pobably no snl ndvdal s ntstd n mo than on-tnth o th contnts o th Review . —ALAN T. WATERMAN, WATERMAN, 1955 19 55

Sold stat physcs, nwly dmacatd, w qckly nd th cha o ts nascnt Amcan Physcal Socty (APS) dvson. Fom Fom th op o sx and a nd th small condaton o ty-odd mtals physcsts who had dd ts omaton, th Dvson o Sold Stat Physcs (DSSP) w to almost v tms that sz by th tm th mmbshp was sbmttd to ts st nocal cnss n 1948.1 By 1961 th dvson nolld aond ht hndd physcsts, who constttd appoxmatly 5 pcnt o th Amcan Physcal Socty’s total mmbshp, at a tm whn w jond jon d dvsons.2 Th dvson’s ablty to swll ts anks makd ts vablty shotly at ts omaton, bt mmbshp was only on dmnson o th dvson’s owth. It also dvlopd an ncasn mas o atonomy atonomy,, asn qstons abot ts latonshp wth th APS. And ts mmbs contbtd to th ood o paps that stand th capacts o xstn jonals. Ths actos combnd to oc a ckonn n th 1950s abot th msson o sold stat physcs. Dd t asp to maxmz ts collaboatv potntal wth nhbon lds, o to pov that t blond amon th panthon o p physcs? In 1950, APS sctay Kal Daow, at th APS concl’s bhst, sstd to th chamn o th th dvsons thn stablshd that thy consoldat th contbtd paps and symposa at th Mach mtn o th Physcal Socty, a pactc that wnt adally nto ct ov th ollown

 

THE PUBLICATION PROBLEM

77

w yas.3 Van Vlck mand concnd o th nty o physcs, pshn nsccsslly o th Mach mtn to b dscontnd dscontn d and dvsonal mtns movd to Jn n od to stm th ow o possonal consss that h lt xacbatd topcal, tmpoal, and oaphcal ts. Althoh Van Vlck’s opnon cad consdabl wht, h was nabl to mst wdspad sppot o hs poston; lackn a cla consnss, th concl lctd to lav matts as thy stood. 4 Dvsonal hmony ov th Mach mtn w. By th bnnn o th 1960s, th DSSP had ndtakn so mch pon ts own athoty that Fdck Stz, who was thn svn on th APS concl, was movd to chasts Elas Bstn, sctay-tas o th DSSP: “[Th] Dvson o Sold Stat Physcs has bn ttn ot o hand, and s sn loophols to tak ndpndnt acton that sm mpop to m and pobably wll to th Commtt.”5 Stz was not alon n hs assssmnt that th DSSP was ovachn. Kal Daow sbmttd a ltt to th APS concl complann, “Th Dvson o Sold Stat Physcs vs at tms th mpsson o actn as 6

thoh thpow Machstct mtn w ts owntopvat to locat as a s tdvson chooss.to chooss.” ”  Th APS moblzd bn aa th obstpos hl. Th scap dvlopd bcas th DSSP had, wthot appoval om th APS concl, mad aanmnts o ts mmbshp to attnd th 1961 Mach mtn n Monty, Calona. At th concl, noant o th DSSP’s plans, accptd an nvtaton om Balo, Nw Yok, thy w ocd to backpdal on pomss mad to Balo hotls and connc cnts. Thos chad wth ssn th d-acd ma clpas w ndstandably md. Stz wand Bstn that th pactc o plannn mtns, spcally n conjncton wth oth socts, wthot th blssn o th APS wold “cas ndlss conson and ndmn th pst o th APS,” and contnd: “Shold th b a sbstantal ln at psnt amon a op o sold stat woks that th APS s too connn, th op has th choc o statn ts own oanzaton otsd th Socty. It cannot, howv, hav complt atonomy and stll njoy th pst and pvls o th APS.”7  Bstn had, n th past, xpssd th vw that t wold b “mo dsabl o th Dvson to hav an APS mtn to tsl, xcpt o occasonal plannd jont mtns wth oth Dvsons o APS,” bt showd no ndcaton o wantn to splt om th t h Physcal Socty ntly n tly..8 Th Monty psod ndcats two acts o sold stat physcs’ dvlopmnt thoh th 1950s. Fst, t was apd and obst. Th dvson’s

 

78

SOLID STATE STATE INSURRECTIO N

xpanson n sz and nnc allowd t to mdat ntactons btwn sold stat physcsts and assocatd ops n th Amcan Chmcal Socty and th Intnatonal Unon o P and Appld Physcs whn a dcad al t was scacly mo than a modstly concvd mchansm o aann symposa wthn APS mtns. Scond, howv, t was somwhat ot o stp wth th la oanzaton and somtms chad at th stcts o a cntalzd socty. Th tnsons btwn th DSSP and th APS, whch w spakd by th DSSP’s ncasn atonomy, alzd som o Van Vlck’s as abot Balkanzaton. Dspt Stz’s sston that th DSSP om a spaat socty  t cold not opat wthn th conns o th APS, sch a possblty dos not appa to hav cvd sos consdaton. Nonthlss, th cton natd by th dvson’s ndpndnt nctonn dmonstats th compatmntalzn nnc dvsons had ov a sbld that was only loosly oanzd jst tn yas al. As sold stat stablshd tsl wthn Amcan scnc, ths two acts pdomnatd n dtmnn ts oals. Sold stat was vabl, bt t was also pchd th bondas o th physcs commnty commnty. . As Stz’s mphasspcaosly on pst on ndcats, th DSSP and mo om ts assocaton wth th APS at ths sta o ts dvlopmnt than th socty at la and om th dvson’s actvts, spcally whn thos actvts pocdd wthot th knowld o appoval o th concl. As t manad ts owth and notatd ts plac wthn Amcan physcs, sold stat physcs hond ts dntty as a physcal sbspcalty and notatd ts plac wthn th physcs commnty. Ths chapt xplos how owth, both wthn sold stat physcs and n th la commnty, challnd th dln dscpln, and dmonstats that th stats th ld’s aly lads adoptd to mt thos challns cmntd sold stat wthn physcs, whl psvn th clos connctons wth nhbon dscplns ts aly lads had takn pans to cltvat. Th most pssn way n whch bonday concns manstd thmslvs nvolvd what bcam known amon physcsts as “th pblcaton poblm.” As th poplaton o th Amcan physcs commnty n nal —and th sold stat commnty n patcla—swlld, th stablshd pblcaton otlts stand nd th pss o ncasd sbmssons and balloonn pblcaton costs. APS and Amcan Insttt o Physcs (AIP)  jonals, th  Physical Review  spcally, dvlopd daman pblcaton dlays, thatnn poty n ast-movn lds and pomptn physcsts to clamo o a solton. Ths stans pssd th mn dscpln o

 

THE PUBLICATION PROBLEM

79

sold stat physcs to valat ts dntty by conontn anw th qston o what adnc t soht to ach. Som sold stat physcsts saw ths as an oppotnty to scap th conns o th  Physical Review  and bld a clos assocaton wth chmcal and mtallcal pblcatons otlts. Oths pcvd th oppotnty to stat a nw jonal ddcatd to sold stat physcs, asstn th ld’s ndpndnc.9 Stll oths oht o a solton wthn th stablshd od, whch wold mantan sold stat’s nwly won plac alonsd th oth sbdscplns o physcs wth whch t had, ntl thn, shad spac n nal physcs jonals, jon als, ncldn th hhly add  Physical Review. Th thd opton, whch amd sold stat’s dntty as a ld o physcs, vntally cad th day, bt not bo a t-chck momnt o th nw ld. Wstln wth qstons abot what sold stat was postond to accomplsh, and wth whom t shold b commncatn, hlpd to dn a cla sns o th ld’s msson and ovcom a poton o th anom that chaactzd ts aly adolscnc. By povdn sold stat wth a cla sns o plac th ld btwn o physcs,sold th pblcaton poblm alsophyscs, annd th st panswthn o anmosty stat and hh ny whch wold bcom a cntal thm o th sbsqnt dcads. As th tctoncs o th Amcan physcs commnty shtd n th postwa yas, th sltant tmos spd sold stat physcsts to tak a cla stand on wh th dscpln wold b statd and wth whom t wold cast ts lot. That dcson had lon-ann consqncs o th tms on whch sold stat ntactd wth nhbon lds, both nsd and otsd physcs. BACKGROUND TO THE PUBLICATION PROBLEM: THE JOURNAL EXPLOSION

Whn th  Physical Review Revi ew bcam a jonal o ntnatonal not nd th dtoshp o John Tonc Tat n th 1930s, ts pblcaton ats shot p. It pblshd 172 atcls n 1925, th ya bo Tat Tat took th t h hlm. In 1931, t achvd a p–Scond Wold Wa pak o 380. Nw jonals lanchd aond ths tm sphond away som atcls om th  Physical Review, tmpn ts owth, bt o th st o th dcad ts pblcaton at hld stady at aond 300–350 paps p ya (s  1.1).10 Th wa pcptatd a pblcaton lll. Th sl-mposd mbao on pblcaton o ncla sach, th dvson o physcsts to th wa ot, and th bakdown o ntnatonal scntc commncaton conspd to dcmat th jonal’s otpt, whch ll as low as 78 atcls n 1945. Bt

 

80

SOLID STATE STATE INSURRECTIO N

t bondd wth a vnanc, clan ts pwa hh-wat mak n 1948 and mo than dobln t by 1953. In 1956,  Physical Review  pblshd 1,212 atcls, mo than th tms 1931’s volm, dspt th act that comptn jonals wtnssd smla ncass. Th ncas n pblcaton ctd an ncas n th nmb o physcsts. Th at o PhD podcton, whch had ncasd thoh th 1930s, only acclatd ollown th wa. It also ctd an ncas n th abndanc o sach ndn. Not only w physcsts mo abndant, thy w also sh than thy th y v had bn.11 Th poplaton o cdntald physcsts was balloonn, and thy had ady accss to th socs qd to tanslat th labos nto paps. Th Physical Review was nppad o th dl that th connc o ths actos casd. As th jonal and th commnty t psntd w n sz, both dvsd n chaact, a chan dvn by th wav o spcalzaton Van Vlck was don hs lvl bst to stm. Spcalzaton was accompand by dmoaphc shts, whch bcam an avd pont o dscsson n  Physics Today Today, a monthly ondd n 1948. Th maazn, concvd a om o atcls omaazn nal ntst om all banchs o physcs, was tslasa spons to a dvsyn dscpln. It had st bn poposd at th Natonal Rsach Concl’s 1944 Connc o Physcsts n Phladlpha, whch had stablshd th nd o ston commncaton mchansms lnkn physcsts and mpowd th AIP to ps t.  Physics Today appad, accodn to AIP dcto Hny Baton, as an “Insttt jonal jo nal stabl o cclaton to all physcsts . . . a adabl pot and dscsson o what concns physcs and physcsts—today.”12 Advocacy o th maazn thoh ts aly yas cntd on ts capacty to addss th challn cha lln o a amntn commnty: “I am s yo a as knly ntstd as th st o s,” Gaylod P. Hanwll wot to Fdck Stz n 1950, “n makn a o o  Physics Today  n od that th Insttt may tak on som nty and a nd chaact thoh havn a jonal achn all ts mmbs. mmbs.””13 A nal chaact was Physics Today Today’s most dstnctv attbt. It psmd that som sss w o ntst to all   physcsts, and povdd a om n whch to dscss thm. In a not opnn th naal n aal ss, dto Davd A. Katch wot, “As “As lds o sach bcom mo and mo spcalzd, th knowld shad by sach woks n th tchncal jonals s bcomn a sct ndstood only wthn th spcalzd ld,” and dscbd th nw jonal as a pophylactc aanst nslaty:

 

THE PUBLICATION PROBLEM

81

 Physics Today Today s o th physcst, to nom hm n comotabl, vyday

lana, o what os on and why and who os wh. Bt t s also o th chmst, th bolost, th nn, to tll thm o th scnc towads whch thy a dvn by so many o th nvstatons; t s o th stdnt, th tach, th lawy, th docto docto , and all who a cos abot abo t physcs; t s o admnstatv ocals who dal wth sach; t s o dtos and wts whos posson pts thm mdway btwn what s don and how t shold b potd; t s o yo, whatv ason boht yo to ths pa.14

Katch’s qxotc hops o th maazn’s ach tlls s mo abot th poblms that pcptatd ts ondn than ts mmdat mpact. It was no lon possbl, n th days o apdly own sach otpt n mo and mo sbspcalts, o a physcst to stay cnt on th whol an o sss that mht hold potntal ntst. As sold stat had shown th ya bo, th hoay ndamntalsts o th old APS no lon had a monopoly on what cold o cold not b calld physcs. Kpn th chaotc an o nw n som knd o atonal od qdtoots opn common lnssblds o commncaton.  Physics Today  spondd whattoChals Wn has calld “th spt o th ots. ots.””15 Physcsts, as thy bcam nsconcd n th spcalts to a d thy had not bn bo, qd an otlt that amd th shad dntty and potctd th mtal clam to postwa pblc appoval.  Physics Today dbtd wth a cov atn J. Robt Oppnhm’s conc pokp hat stn on th 184-nch cycloton at Lawnc Bkly Laboatoy ( 4.1), amn th stats o ncla physcs as th cov stoy o th lat 1940s. Nvthlss, aly sss o Physics Today Today w scplosly attntv to badth. Th abbvatd ht-ss n compsn th maazn’s st calnda ya ncldd ats on cyclotons, ntnos, and lqd hlm, bt also xplod connctons btwn physcs and canc, lctcal phnomna n th atmosph, th on o th ath, and ocanoaphy.16 Pomotn nty mant adoptn a catholc dtoal phlosophy that wlcomd pspctvs om what pvosly wold hav bn consdd n povncs o physcs.  Physics Today Today actvly cotd any scntsts, adlss o nstttonal alaton o possonal stats, who sl-dntd as physcsts o thoht that physcs sach mht b sl o th own wok. Th maazn’s scond ya boht ndcatons that ths ots had

 

82

SOLID STATE STATE INSURRECTIO N

Figure 4.1. Cov o th st ss o Physics Today Today. Rpodcd om Physics Today Today 1, no. 1 (1948), wth pmsson o th Amcan A mcan Insttt o Physcs. Cov photo © Unvsty o Calona, Lawnc Bkly Natonal Laboatoy

bn sccssl at pomotn otach,  not at nstlln nty.  Physics Today wold not bcom a mothpc o th mn ncla/patcl physcs consttncy that was n th pocss o stablshn tsl as th standad ba o Amcan physcs n th ys o th pblc and a nd dal nds. In th

 

THE PUBLICATION PROBLEM

83

 Janay 1949 ss, Go Gamow pblshd hs phlosophcal sspcons that physcs was convn on an ltmat st o thos and concpts. “I and whn all th laws ovnn physcal phnomna a nally dscovd, and all th mpcal constants occn n ths laws a nally xpssd thoh th o ndpndnt basc constants,” h spclatd, “w wll b abl to say that physcal scnc has achd an nd, that no xctmnt s lt n th xploatons, and that all that mans to a physcst s th tdos wok on mno dtals o th sl-dcatonal stdy and adoaton o th mancnc o th compltd systm.”17 Althoh Gamow took ca to not that h was makn no bold pdctons, h dd cod hs nstnct that sch a thoy o th mco-scal was wthn asp. Gamow’s sston that a sl-consstnt thoy o lmntay patcls wold nd th st o physcs nntstn povokd som ndnant ltts to th dto. Rpsntatv o ths complants, two lon xampls o whch w accodd npcdntd colmn nchs n th Mach ss, was Rchad C. Raymond’s. Th Pnnsylvana Stat Coll (lat Unvsty) thmodynamcst ddd Gamow’s “nbdld o spclaton,” took18hm to task o aln to appcat th complxty th physcaland wold.   By 1949, th dtoal cotn o dvs dmoaphcs was shown slts, and a vocal poton o  Physics Today’s adshp ond th and spclatons o ncla and patcl physcsts oté.19 Nvthlss, contay to th jonal’s ams o nyn th commnty, som ond ts scplos attnton to badth alnatn. Go R. Hason, thn dan o th School o Scnc at MIT, catond Hanwll whn th latt assmd contol o an ad a d hoc commtt to vw th stct and ctvnss o  Physics Today: “Th s a spcs o ncla physcst who has no s whatv o Physics Today Today, and who dos not hstat to mak hs vws known. Lstnn to sch popl I wold hav thoht that w shold v p th Jonal lon snc, bt always whn I hav com to ths conclson I hav ond n oth walks o l a st o oppost vws to contbalanc thm.”20 Alon smla lns, Saml Godsmt, posd to tak ov th dtoshp o th  Physical Review , commntd n spons to Hanwll’s nvtaton to sv on th maazn’s Govnn Boad: “It s obvos that Physcs Today s mant o th boad op o non-acadmc collas wth whom I hav too lttl contact to know th nds,” 21 and John Van Vlck pld that “som lss ptntos pblcaton, sch as an appndx to th Physical Review, wold b adqat o my own personal  nds.  n ds.””22 Th nyn msson o  Physics Today an abptly nto th alts o

 

84

SOLID STATE STATE INSURRECTIO N

ts amntaton. Thos who pcvd thmslvs as occpyn th had co o Amcan physcs, ncla physcsts n patcla, had lttl s o a pblcaton that was makn actv ovts to thos nad n a-ann applcatons o physcs. Mch lk lk sold stat physcs, Physics Today Today assmd th dsablty o poltcal nty and ncontd pshback om th bloc o physcsts who tand a m commtmnt to concptal nty. nty. Th maazn, dspt bn spnd by som, ond an nthsastc adnc amon a wd an o physcsts. Gvn ts commtmnt to badth and ots to nstll nty nty,, howv howv haltnly haltn ly,, t s nspsn that many aly  Physics Today Today atcls conontd dmoaphc sss. Not last amon thm was th qston o ndstal physcs and ts plac. Th scond ss contand an apoloy o ndstal sach, whch acknowldd that ndsty was pshn th bondas o physcs. “How can on mas th comot o a oo?” askd Howad A. Robnson: “In yas on by ths wold not hav bn a pop qston to ask a physcst, bt n th past dcad . . . physcsts . . . hav dscovd, somwhat to th amazmnt, that ths bod-ln poblms n whch s pat o th masn can somtms b solvd. Thsanthndvdal boadnn o physcs to ncldsystm physolocal manstatons s now wll stablshd.” 23 Robnson atclatd th nw othodoxy amon th ndstal st that tha t physcs cold no lon b contand wthn a tadtonal acadmc dnton o p scnc, o th nwly popla catoy o basc sach. Boadnn nto ndstal aas was attbtabl n pat to th lacy o wa sach. Evn thoh APS mmbshp was xpandn at cod ats dn and at th wa, PhD podcton had stalld. Vannva Bsh lamntd n th vy st ss o  Physics Today Today that “w oolshly casd to tan [physcsts] dn th wa.”24  Th lack o tadtonally tand PhD physcsts catd a poblm o acadmc poams lookn to xpand th anks o plac tn aclty. Fdck Stz, thn at th Can Insttt o Tchnoloy, pt th poblm to Wllam Shockly o Bll Labs aly n 1945: Gadat dcaton was stoppd cold n th wnt o 1940–41. Moov, many o th mn who wold hav ntd adat school thn wll pobably nv do so. I th psnt staton lasts anoth two yas, th wll b a mssn naton covn a an btwn svn and tn yas. In a cnt svy th Amcan Insttt o Physcs has dcdd that no lss than 2000 Ph.D. physcsts, who wold hav bn catd had th dcatonal staton

 

THE PUBLICATION PROBLEM

85

contnd as o 1939, wll nv cv complt adat tann. Ths a  jst th mn yo wold look owad to hn. h n. It sms to m th a th th  chocs: (a) Hn Ph.D.’s who wll b thty o ov whn thy jon yo sta. (b) Hn mn who hav not had omal adat tann bt who hav cvd an appntcshp lk at th Radaton Laboatoy. (c) Watn ntl a nw op coms alon n 1950 o lat. 25

Stz was so on ach o ths optons. H habod a pjdc that physcsts ov thty had lost too many o th most catv ca tv yas, add thos wthot doctoats as sky nvstmnts, and dsmssd th thd opton as “th wost o th th pospcts.” H concldd pssmstcally that “ood physcsts wll b dclt to obtan n th mmdat post-wa pod and that yo wll hav to b wlln to mak som concssons.” 26 Th physcs commnty’s owth, althoh obst, pocdd alon nontadtonal nonta dtonal lns, challnd th pactcs. pwa possonal stats qo, and pst lon-standn tann and hn Wh acadmc nstttons and qas-acadmc sach labs lk Bll saw concssons, oth aas o ndsty saw oppotnty. A wd an o ndstal ntsts povd mo than wlln to h physcsts who had ct th tth on wa wok, howv nothodox th tann. Th Radaton Laboatoy (Rad Lab) at MIT and Havad’s Rado Rsach Laboatoy (RRL) had bn patclaly oos povn onds o yon sold stat physcsts who wold othws hav bn occpd by th adat dcaton. An RRL admnstatv pot boastd that “th qmnts qmn ts o RRL w a mo stnnt than thos t hos o vn a pactm ndstal n dstal m.” m.”27 Th sccss that both th MIT Rad R ad Lab and th RRL njoyd bnn nw tchnolos nto th ld condtond th xpctatons o lab-to-maktplac tnaond n postwa ndsty and xposd aas o sach that w p o ndstal xplotaton.28 A svy condctd by th AIP n 1954 showd th popoton o physcsts mployd n ndsty ann on th popoton mployd n acadma, wth 42.0 pcnt stll wthn th acadmy and 35.8 pcnt n ndstal postons.29  Indsts wth dct ntsts n physcal sach, sch as commncatons, atomc pow, nstmnt and lctcal componnt dvlopmnt, and avaton, mployd th ppondanc o ndstal physcsts; howv,, physcsts also ond homs n lss obvos vns, lk th txtl, howv

 

86

SOLID STATE STATE INSURRECTIO N

ptolm, plastcs, and photoaphy ndsts, whch had pvosly bn domnatd by chmsts. Not only had th sz o th Physcal Socty and th pblcaton load o th Physical Review balloond by th md-1950s, th physcs commnty had assmd a dstnctly dnt complxon. Th owth o Amcan physcs, n poplaton, pblcaton volm, ndn, and scop was npcdntd, to th pont o catn cost, backlo, and lvanc poblms o ts co pblcatons. Fthmo, topcal spcalzaton and nstttonal ontaton wthn th commnty natd cton that thatnd th dscpln’s nty. Whn xstn jonals bcam satatd, acn th pospct o a own backlo and daman pblcaton p blcaton dlays, ths psss pomptd physcsts to consd how a spons to th pblcaton poblm mht also b sd to addss th nstablty thy saw n th possonal sph. Th spons om sold stat physcsts, dscssd blow, blow, xposs som o th alt lns catd by physcs’ xpanson nto nw possonal and topcal aas that cold not b asly accommodatd by tadtonal pactcs. BACKGROUND TO THE PUBLICATION PROBLEM: THE TRAJECTORY OF FREDERICK SEITZ

Th task o mappn ot possbl sponss to th pblcaton poblm was takn p by Fdck Stz. A natv San Fancscan, Stz and a physcs and mathmatcs dcaton at Stanod Stan od Unvsty, Unvsty, ncldn a smst’s ntmzzo at th Calona Insttt o Tchnoloy, bo locatn to Pncton o adat school, wh h jond n th st wav o Amcans tand spccally n th physcs o solds. Stz wold o on to bcom, thoh th cntal poston h wold occpy n th advsoy appaats o Amcan scnc, a oc shapn sold stat’s nstttonal volton. Th ntllctal ov n whch th mndst h boht to ths poston volvd s tho woth xplon n som dtal. Whl at Pncton, Stz wold om ky possonal connctons and tak on an ntllctal appoach that nomd hs lat scntc wok and nstttonal manvn. H ncontd both Roman Smolchowsk, who vstd Pncton n th md-1930s bo matn om Poland n 1939, and Wllam Shockly, who was John Slat’s adat stdnt at MIT. Shockly was also a Calonan and th two shad a coss-conty oad tp n Shockly’s DSoto convtbl to bn th 1932–33 acadmc ya. 30  Shockly,, Stz, and Smolchowsk wold o on to om hal o th op o Shockly

 

THE PUBLICATION PROBLEM

87

sx, whch ondd th Amcan Physcal Socty’s Dvson o Sold Stat Physcs, as dscssd n chapt 2. Stz’s tann was jst as mpotant as th psonal connctons connct ons h mad. Thoh th md-1930s, th cnts had md o aspn physcsts ntstd n solds. John Slat was ld om Havad to MIT n 1930, wh ncomn psdnt Kal T. Compton av hm  n to xpand th physcs dpatmnt n accodanc wth hs vson. John Van Vlck, at stnts at Mnnsota and Wsconsn, tnd to Havad, wh both h and Slat had and th doctoats, n 1934.31 Fnally, En Wn scd a pmannt poston at Pncton n 1938 n pat at th n o Van Van Vlck, bt had, wth th xcpton o a vstn stnt at Wsconsn n 1937–38, hld down on tmpoay appontmnt o anoth at Pncton snc 1931. 32  It was n ths latt capacty that Wn ovsaw Stz’s doctoal wok, whch Stz lat mmbd as “on o th most makabl xpncs o my l.”33 Wn, a Hnaan émé, was an xcpton wthn ths op. Slat and Van Vlck both bn tand lann mchancs om had Edwn Kmbl, who, natthHavad, 1920s, od thth st qantm ntnsv tann n qantm thoy avalabl n th Untd Stats. Th xpnc at th vanad o qantm physcs n th Untd Stats ld Slat and Van Vlck to s thmslvs as cayn th toch o Amcan physcs.34 Van Vlck, n 1971, wold bdl at an ohand sston that Slat was an h to th Btsh tadton. Th Blan physcst Léon Rosnld, n a hstocal ovvw o atomc thoy, mphaszd th omatv nat o Slat’s postdoctoal vst to th Cavndsh laboatoy, laboatoy, n to hm as “a physcst dcatd n th Btsh and Amcan tadton. tadton.””35 Van Vlck snt Slat a copy o th atcl, alon wth an xpssv not: “I am sally somthn o an Anlophl bt th nc to yo tann . . . ath mad my blood bol. I’ll ant yo that Slat s an Enlsh nam bt what th atho says maks abot as mch sns as t wold b to say that I am Dtch-tand bcas my nam s Van Vlck.”36 Slat was qally a to dstnsh Amcan and Eopan physcal tadtons, pnnn a  Physics Today Today dtoal n 1968 n whch h attackd th convntonal wsdom that Amcan physcs n th 1930s was dad lctantly nto modnty by th nx o Eopan émés.37 Th hstancy hstan cy Van Van Vlck and Slat xhbtd to slly th wok wth what thy saw as bas psts can b btt ndstood wthn th contxt o th pd thy both took n psntn Amcan physcs, and Amcan

 

88

SOLID STATE STATE INSURRECTIO N

thoy n patcla. Van Vlck’s sstanc ssta nc to dvsons was on manstaton o ths phnomnon. Wn, n contast, contd hmsl amon “th Matans,” th op o Hnaan scntsts that also ncldd Thodo von Kámán, John von Nmann, Lo Szlad, and Edwad Tll, who w chasd om Cntal Eop by Htl’s s.38 Wn avd n th Untd Stats wth a backond n chmcal nnn, whch h had stdd at th Tchnsch Hochschl n Bln, ann a doctoat n 1925. H calld that hs chmcal dcaton, whch was mo thoy-ontd n Bln than smla tann n th Untd Stats wold hav bn, “cam n handy many tms n my l n physcs.”39 Indd, Wn’s ca was chaactzd by makabl topcal badth, whch otn nvolvd tatons wth chmcal phnomna. Moov, Wn cam om a Eopan tadton that was not shy whn t cam to talkn abot th alty o physcal mcostcts, vn  only povsonally. H was mmdatly takn, o nstanc, wth th dscovy o th nton, and wastd no tm mployn ths nw tool to btt ndstand 40

ncla Slatmasss. os a complln contast on ths sco. H was amosly mbttd by hs xpnc as a postdoc at Nls Boh’s Insttt o Thotcal Physcs, snappn at Thomas Khn n an ntvw that h “nv had any spct o thos popl [Boh and Hndk Kams],” at hs xpnc n Copnhan. Althoh Slat lat cantd, clamn that hs dncs wth Boh w scntc ath than psonal, ths nadd mak ndcats th lnn psycholocal nnc Copnhan had ov Slat, Slat, natv thoh t mht hav bn. Whl Slat was n Copnhan, Boh and Kams szd on hs da that lht–matt ntactons cold b dscbd n tms o a st o “vtal oscllatos” that dtmnd th pobablts o allowd qantm tanstons as a way to scap th qantzaton o lht that most oths had accptd on th bass o Ath Holly Compton’s xplanaton o hs ponymos ct. Th slt was th shot-lvd Boh–Kams– Slat (BKS) thoy, thoy, whch dnd lht qanta at th xpns o jctn th stct consvaton o ny, whch t tatd as a statstcal phnomnon. By hs own accont, Slat lt as thoh h had bn hjackd n svc o an anda that was not hs own.41 H cam back to th Untd Stats havn bn convncd that “Boh was ndamntally o a mystcal tn o mnd and I’m ndamntally o a matt-o-act tn o mnd.” 42 Th commtmnt to a calclaton-basd styl Slat boht to sold stat can b tacd n pat to hs xpnc aboad. H was plsd by th

 

THE PUBLICATION PROBLEM

89

spclatv appoach h saw n Boh, havn bn convncd by th BKS xpnc that psn sach on th bass o dply hld mtaphyscal pjdc was tlss. Althoh Slat’s op at MIT, lk Wn’s at Pncton, bld ov nto chmsty, t dd so o dnt asons: Wn was wlln to mploy appoxmaton stats land om chmsty and mantand a chmst’s wllnnss to povsonally commt to xpdnt ontolocal assmptons. Slat, on th oth hand, alzd that th was lttl nstmntal dnc btwn cankn ot wav nctons o molcls and cankn ot wav nctons o solds. Slat’s appoach to sold stat and molcla thoy thoy,, whch, wth th advnt o lctonc compts, wold nvolv thown mo and mo comptn pow at ab nto calclatons, bo lttl smblanc to Wn’s, whch sd th phnomnolocal ats o solds, ath than qantm mchancal st pncpls, as a concptal statn pont. Wn’s appoach had a cla nnc n th yon Stz, whos thss, “On th Consttton o Mtallc Sodm,” Sodm,” wold man hs most nntal ntllctal to physcs. Pblshd jontly wtho Wn, t stablshd whatcontbton bcam known as th Wn–Stz mthod dscbn th popts o mtals. Ths appoach notatd btwn th two most pvalnt altnatvs at th tm. Th st, champond by Flx Bloch and Léon Bllon amon oths, was th  lcton modl, whch amd to dscb condcton and nod chmcal popts, whch w th podcts o valnc, by modln th ntactons btwn  condcton lctons and lattc vbatons n cystalln mtals. Th scond, backd laly by Slat, amd to dscb a wd an o chmcal and mchancal popts by calclatn th nnc o valnc ocs on mtals.43 Th om mthod od a ady tool wth whch to conont lctcal condcton, bt th smplcatons t ntodcd mad t ll-std o mch ls—o nstanc, nstan c, t only wokd o dal mtals—and ld many physcsts to vw t as nsatsactoy as a slt. On th oth hand, Slat’s appoach qd laboos calclatons, and, n an a bo comptn pow mad thm tactabl, cold b altd o bn too cmbsom to b pactcally sl. 44 Stz and Wn soht ot a mddl ond btwn ths two mthods. Wn, dawn om hs tann as a chmcal nn, was snstv to th noton that a thoy o mtals shold dscb mo than lctcal condcton. Th two st ot a mthod o appoxmaton that stck a balanc btwn solvablty and vsmltd, whch wold allow th  lcton modl to b appld to al, not jst dal mtals. Th s o catv appox-

 

90

SOLID STATE STATE INSURRECTIO N

maton mthods to smltanosly smply calclatons and capt stctal ats o complx systms wold bcom a snat o sold stat physcsts’ appoach.45 Th nnc o th 1933 pap n whch Wn and Stz pblshd th mthod, whch apdly ld to xtnsons and a nd applcatons by Slat, Van Vlck, Nvll Mott, and oths, ld Stz’s aly ca. Thoh th mand o th 1930s, h xplod postons n both ndsty and acadma, spndn two yas at th Unvsty o Rochst bo nshn ot th dcad at Gnal Gn al Elctc. Moov, Moov, th concptal appoach mbodd n Stz’s thss was mod n hs appoach as an nsttton bld. Stz patdly soht to combn th dvs appoachs ndmc to sold stat nto a cohsv whol. Ths otn qd saccn stct concptal o mthodolocal contnty whl ntn dvs appoachs nd a snl nstttonal bann bann.. In 1940, Stz lasd hs txtbook  Modern Theory o Solids. It was th st comphnsv txtbook dvotd to th topc, and t wold cmnt hs nnc ov thacqd ld oom dcads. It nocd th appoach to sold stat thoy Stz had Wn, whch mphaszd catv appoxmaton and attnton to popts that w tadtonally consdd chmcal alonsd thos mo commonly ond n physcs tann. Scond, and phaps mo mpotant, t makd th bnnn o hs adal tanston om pactton to admnstato. Thoh th 1940s and th aly 1950s, ntl shotly at hs aval at th Unvsty o Illnos, Stz mand an actv sach physcst. In th 1950s, h dvotd ncasn mass o hs tm to assotd advsoy commtts and ovnn boads, many o whch wold mak ccal dcsons abot sold stat and ts dcton.  Modern Theory T heory o Solids Solid s bns by stkn th topcally cmncal not Stz had nhtd om Wn. Stz xpssd hs hop that th book wold sv th nds o th typs o ad: “Fst, o cos, stdnts o physcs and chmsty who ds to lan som dtals o a patcla banch o physcs that has nal s; scond, sc ond, xpmntal physcsts and chmsts, and nns and mtallsts wth mathmatcal lanns who a ntstd n kpn an y on a ld o physcs that s o possbl val to thm; and thd, thotcal physcsts o vaos stas o dvlopmnt who a ntstd n th psnt stats o that phas o sold bods that dals wth lctonc stct. stct.””46 Ths statmnt xpsss an aly vson o th pmssv scop o what wold bcom sold stat physcs: a ld,  ld, mly mly wthn physcs, that was nonthlss boadly convsant wth a vaty o nhbo-

 

THE PUBLICATION PROBLEM

91

n dscplns. Th nnc o ths vson s dscnbl n Stz’s actons n th ac o th nstttonal psss that shook sold stat n th 1950s. By th tm th pblcaton poblm ban to wh on physcsts’ mnds, Stz had bcom on o th most astt nstttonal anmals n th sold stat sta t commnty. H dvlopd a aclty o navatn th labynth o advsoy commtts, socty concls, and jonal boads that av hm a low-anl vw o th own ld. In 1949, Whl Looms ld hm to th Unvsty o Illnos at Ubana-Champan, bnnn a pocss that wold podc on o th most nntal cnts o sold stat physcs n th conty, scond, phaps, only to Bll Labs. Fom th cnt o th conty, n an mn cnt o sold stat sach, Stz ban to palay hs ntaton wth dscplnay ovnanc mchansms nto nnc ov th ld’s dcton. Whn physcs jonals ban to sta nd psss o own backlos, sn costs, and ncasn spcalzaton, h was tho n a poston to dct th spons o sold stat physcsts. COPING WITH THE PUBLICA PUBLICATION TION PROBLEM

Sns o tobl wth th  Physical Review  appad n th lat 1940s. Up ntl 1948, th jonal tnd a pot thoh sbscpton s and pa chas. At th Janay 1948 concl mtn, howv, howv, th dto John Tat Tat and socty tas Go Pam mad t cla that “th pod n whch th Physcal Rvw tnd a nt pot to th Socty om sbscptons o non-mmbs has com to ts nd. nd.”” Faln Faln to bak vn was not an a n mmdat hadshp, howv, as lon as oth AIP jonals w stll potabl and th socty njoyd a “handsom spls,” whch wold sstan ts ashp pblcaton o som tm.47 Th pblcaton poblm was on th ada, bt wold nat mo hat than lht thoh th nxt w yas. Tat’s dath n 1950 and th tans o dtoal opatons to Bookhavn Natonal Laboatoy podcd lostcal sss aplnty to kp all concnd occpd as th jonal w thck and slppd th nto th d. By 1953, th nancal staton had bcom pssn. Pam’s Pam’s pot on th socty’s nancal staton wand wan d that “th Socty may hav don a lttl btt than ‘bak vn’ dn 1952, vn wthot takn nto accont th $20,000 donatd by th Natonal Scnc Fondaton to assst n mtn th dct o The Physical Review; and that h xpcts that n 1953 th man o ncom ov xpndts may attan $30,000.”48 By th md-1950s, ncasn pblcaton costs and dlays spd acton.

 

92

SOLID STATE STATE INSURRECTIO N

Both th Amcan Physcal Socty and th Amcan Insttt o Physcs pt nstttonal machny nto moton to addss t. At th Apl 1955 APS concl mtn, Saml Godsmt, Tat’s sccsso as th Physical Review’s manan dto, povdd “a lnthy pot on th staton nsn om th ntmnabl xpanson o The Physical Review.” In accodanc wth th “omnos” nancal pospcts sch xpanson boht abot, th concl appovd stp hks n both pa chas and sbscpton ats. A moton to splt th jonal, poposd to a opnon ath than to sp acton, was datd, and th concl also ld navoably on a poposal that th APS tak ov th  Journal o Chemical Physics om th AIP. Nonthlss, th pospct o majo stctn loomd. Godsmt codd hs ston lns “that th Amcan Insttt o Physcs shold nla ts jonals.” jonals.”49 Th AIP had smla nclnatons. Insttt dcto Hny A. Baton commntd n Mach o 1955: “Pss o pblcaton o sach slts n ctan lds has aan com to th pont o sv stan,” and althoh h dd not pomot any spcc soltons, h assd hs ads that “th Insttt stands to hlp stdy sch poblms and contnally nvstats poposd waysady o dcn pblshn costs.”50 Baton costs.” and th AIP Govnn Boad, at th Mach mtn, appontd a jont AIP-APS commtt to nat commndatons o asn th pblcaton bdn. Dmoaphc chans complcatd th commtt’s msson, patclaly th ncasn mpotanc o ndstal physcs. Stz mad th obsvaton, common by that pont, that “ndstal oanzatons whch w nntstd n physcsts po to 1940 a now aly attmptn to h Ph.D.’s.” 51  Sold stat n patcla thvd on th owth o physcs n ndsty, ndsty, and th spaat ntsts and possonal challns that dov ndstal physcsts contbtd to th possonal nstablty sold stat xpncd amd th pblcaton cnch. Alan T. Watman, dcto o th Natonal Scnc Fondaton, snld ot th Physical Review as on st wh w h dvscaton wthn physcs cold b dntd. Rplyn to Kal Daow’s qst o nds to sppot th AIP’s pblcaton stdy stdy,, Watman Watman potd pot d han “statmnts to th ct that pobably no snl ndvdal s ntstd n mo than on-tnth o th contnts o th  Review.” H th sstd that  ths ally was th cas: “It may vntally b dsabl o vn ncssay to stct pblcaton n th jonals o wd cclaton to paps o mo nal ntst. Qstons sch as ths cold b stdd objctvly. Phaps th cnt vot wth th Physcal Socty on th dsablty o splttn th  Review has alady shd

 

THE PUBLICATION PROBLEM

93

som lht on th qston.”52 Th ld o physcs was bcomn compatmntalzd and th owth o topcal nclavs pt pss on a jonal jon al stct that was concvd o a small commnty wth w ntnal dvsons. Ths consdatons motvatd th scond ccla ltt—th st bn “Th Psnt Wa Is a Physcst’s Wa” Wa” dstbtd by th op o sx—that wold ba havly on th at o sold stat physcs. In Mach 1955, on bhal o th AIP-APS jont commtt, Stz cclatd a qstonna to slctd sold stat and chmcal physcsts askn  thy wold wlcom an xods o sold stat pblcaton om th  Physical Review to th  Journal o Chemical Physics  ( JCP   JCP ), ), whch th commtt tntatvly poposd namn th  Journal o Solid State and Chemical Physics.53 Th  JCP  was   was pblshd by th AIP, AIP, bt, as th Dvson o Chmcal Physcs was bn omd  omd n 1949, a w mmbs o th APS ban advocatn o th socty to tak t ov. 54  Th da had bn bandd abot o sval yas, bt ald to podc any sbstantal chans. Havn bn a la lmnt o concl mtn dscssons, howv, th noton o acqn th  JCP , not jst o chmcal physcs, oth sold stat as wll, a local opton topncpally ps. o chmAt thbt tm, athoshp o thwas  was composd  was  JCP  sts.55 Th ld known as chmcal physcs—as dstnshd om physcal chmsty—was concvd and opatd as an ntdscplnay ld, bt t was poplatd pdomnantly by thos tand n chmsty, vn thoh thy otn pblshd n physcs jonals, and th chmcal physcs adat poams acoss th Untd Stats tndd to b hosd n chmsty dpatmnts.56  Colocatn chmcal and sold stat physcs pblcatons n  JCP   wold tho ncsstat a mch clos latonshp btwn th sold stat and chmsty commnts than th nams alon wold sst. Wth that consdaton n mnd, Stz advancd th sston catosly: It s th wt’s opnon that ths tansomaton wold nvtably mak th  jonal lss valabl valab l to th chmsts ch msts who do not no t patcpat actvly n th th  APS o AIP and hnc wold act to th dsadvanta o ths mpotant smnt o th scntc wold. Fo ths ason th chan wold pobably not b jstd nlss a at majoty o th sold stat physcsts wold b wlln to s th tansomd jonal as th pncpal otlt o pblcaton, lavn th Physical Review n th man to th ncla physcsts and dvs mnots whch wold not l at hom n th vsd jonal. 57

Th nclosd svy askd thos ntstd to ndcat, (a) th ld (sold stat, chmcal physcs, o oth), (b) whth thy avod, dd not avo, o

 

94

SOLID STATE STATE INSURRECTIO N

w anostc abot th poposal, and (c) th wllnnss to pblsh n th vsd jonal. Rsponss w mxd, althoh tltd dstnctly aanst th poposal. 58  Havad’s Havy Books pld: “Whl I can s som vt n a clos laton btwn Chmcal Physcs and Sold Stat Physcs, shotn maas o ths sot a sally not vy sccssl,”59 and concldd that snc th ntsts o sold stat physcs clavd mo closly to th topcs covd by th  Physical Review Revie w, a ocd xods n th dcton o chmsty wold b nadvsabl. Wllam Shockly, on th oth hand, avod th poposal, commntn: “Sold stat physcs paps a now too ds a componnt o th  Phys. Rev.”60 Vocs avon and opposn th poposal shad a concn o bonday sss, bt dd on how to navat thm. Go E. Pak, had o th physcs dpatmnt at Washnton Unvsty n St. Los, nlctd to dnty hmsl th as a sold stat o as a chmcal physcst. Instad h pontd to mantc sonanc as hs pmay sach ntst, sstn that t bdd th dvd. thphyscs poposal, Pakhav mantand “stct o matt physcsInandavon chmcal do not a adly that dscnd bonday btwn thm.”61 Walt Kohn, thn o th Can Insttt, hld th oppost vw vw.. In hs ys, “Sold stat physcs has clos ts to oth banchs o physcs than to chmsty and wold b damad  ths ts w waknd.”62 Th dnc btwn Pak’s vw and Kohn’s ll alon topcal lns and th dsamnt s mblmatc o a cla splt wthn th pool o actons to th poposal Stz was abl to assmbl. Pak, an xpmntalst who hlpd dvlop aly ncla mantc sonanc tchnqs, saw applcatons o thos tchnqs tchnq s ow smoothly om solds to molcls, wth lttl pactcal o concptal dnc. Ncla mantc sonanc omd what Cys Mody calls an “nstmntal commnty,” a commnty oanzd aond spcc nstmntal pactcs and commttd to th nstmntal ss, whv thos ss ld.63 Kohn, on th oth hand, was a thost who had mad hs ca p to that pont n smcondcto physcs. Hs sach wstld wth th ondatonal sss qantm mchancs acd whn appld to complx systms, and h was tho lss nclnd to thnk that h had mch to an om a clos assocaton wth w th chmsty. chmsty.64 Smlaly, Bookhavn Natonal Laboatoy’s Hllad B. Hntnton, a thost ocsn on mtallc lattc stcts and dynamcs wod abot too clos an assocaton wth chmsty, spondn: “I don’t blv that

 

THE PUBLICATION PROBLEM

95

sold stat physcs and chmcal physcs wll b compatbl bdllows n sch a clos non.”65 Conys Hn, ond o Bll Laboatos’ thotcal physcs dvson, was concnd that “ths mov wold tnd to wdn th ls btwn sold stat physcs and ndamntal physcs, on th on hand, and chmsty, on th oth.”66  Colmba’s Shly L. Qmby sppotd th poposd m. H atclatd hs nstnct that thos “nad n xpmntal sach . . . wll avo th poposd jonal and patonz 67 t.”  Sval oth sl-dntd chmcal physcsts also xpssd a wllnnss to pblsh alonsd sold stat physcsts, as lon as th latt dd not dsplac chmcally ontd wok. Ths wd an o sponss cts th paochal pa ochal ntsts o th spondnts. Spnc Wat has ad that th dvs concptal scop o sold stat physcs mad t sscptbl to th omaton o small ntnal socal stcts, ach o whch dvlopd ts own st o vals and ntsts. 68  Qstons abot how sold stat, as a ld, shold ovn ts pblcaton pactcs dd not smply nat opposn camps, on n avo o a clos allanc wth on dvd opposd. Rath, sbops llnhbon on on sddscplns o th othand o ths on th bassndvdal o hhly local consdatons. I a sach poam happnd to njoy a clos and mtally constctv latonshp wth chmsty, thn ts mmbs wold b avoably dsposd to pblshn alonsd chmsts. Thos psntn oth ops saw lttl to an om sch cossov and w bmsd and alamd at th sston that thy shold concv o thmslvs as nad n an ntdscplnay ndtakn. Th sponss to Stz’s ccla xpos som o th dvlopmnts that, vn nto th md-1950s whn th ld was wll stablshd, stand th sttchn o a patchwok sold stat commnty as sach-basd sbops omd and dvlopd cla pspctvs on th ntsts. Th most vhmnt opposton to th poposal cam om sold stat thosts, spcally thos n th nntal smcondcto op, who w bsy adaptn th mthods o qantm mchancs to complx systms and saw lttl pot n dstancn th wok om th co pblcaton otlt o th physcs commnty.. Th cas n avo nty  avo o th poposal was cad ca d mostly by thos xpmntalsts who dntd lvanc o th wok to both chmcal and sold stat poblms. Chmsts and chmcal physcsts also lnt th sppot, both bcas o th xpmntal connctons and bcas tchnqs dvlopd n th contxt o sold stat thoy w lvant o thotcal chmsty chmsty..69 Th badth o th sold stat ntps mant that th connctons sachs

 

96

SOLID STATE STATE INSURRECTIO N

dw to latd lds dpndd stonly on th typ o wok n whch thy w nad. Th thoy/xpmnt dvson s on dmnson o ths ct, bt topcal ocs was also a acto. Vws abot how to stct sold stat pblcatons tho ctd convctons abot how th dscpln shold b oanzd. Ths pattn o sponss ass th qston o why th commtt podcd a poposal that was so vdntly ot o stp wth th dss o thos who sl-dntd as sold stat physcsts and lt stonly noh to spond to th svy. Why dd th commtt, at vwn th acts on th ond, cat a poposal that was so wdly pannd? Th answ can b ond by xamnn th mnc o on consoldatd bloc wthn sold stat that was vocal, bt not ncssaly ncssa ly psntatv o th whol. As ndcatd abov, physcsts as a whol, and sold stat sachs n patcla, w ncasnly topcally dvs and ndstal. Sold stat physcsts n ndsty w collaboatn laly wth chmsts and nns. At th sam tm, howv, sval cohsv sach poams w dvlopn wthn a ld that had hthtowth bn wthot tochd a cla cnt. sold ops. stat om an allanc chmsty a nvTh wthpoposal mmbsthat o ths Thos ntstd n th lctcal and mantc popts o matt showd patcla sstanc. Notably, ths was th sam aa wh John Van Vlck had mad hs most mpotant contbtons. con tbtons. It had also podcd som o th most tchnolocally lvant dscovs, sch as th tanssto. As th aa that had th most qckly and sccsslly adoptd qantm mthods, t was also th aa whos pacttons w bst abl to clam that thy occpd ntllctal onts o physcs. Ths op, as a slt, was postond to xt consdabl nnc on th possonalzaton pocss. p ocss. Its psntatvs, lk Kohn, w mo nclnd to s sold stat as a tadtonal physcal sbld than as an ntdscplnay synthss and tho opposd too clos a maa btwn sold stat and chmsty, mtally, o nnn. A dcson abot how,  at all, to stct th pblshn pattns o sold stat physcsts wold tho b a tst o th stats and nnc ov th dcton o th ld.  Jst as Stz was ttn a sns o how th jonal nastct n th Untd Stats wold shap th t h t o sold stat physcs, h was blndsdd by Havy Books, th Havad physcst and stdnt o John Van Van Vlck who had al xpssd skptcsm abot th wsdom o a clos allanc btwn sold stat and chmsty ch msty.. Stz and th AIP had bn dlbatly tstn th wats bo actn on th pblcaton poblm, and so w takn

 

THE PUBLICATION PROBLEM

97

aback pon lann that Books had, wthot consltn th movs and shaks at th AIP o th APS, coondd th  International Journal o the  Physics and Chemistry o Solids n patnshp wth Pamon Pss. As th ttl ndcatd, ths nw jonal was an ntnatonal ot, pblshn atcls n Rssan, Fnch, Gman, o Enlsh, and skn to mt th pcvd nd wthn th lobal commnty “to ncoa at ntchan btwn physcsts and chmsts ntstd n solds.”70 Th owod to th st ss, pblshd n Sptmb 1956, ban: “Th mnc o soldstat physcs as a conzd spcalty o physcs has takn plac ov a pod o many yas. A mo cnt dvlopmnt, stmlatd patly by th owth o ndstal ntst n th ld, has bn th own alzaton o th common ntsts o physcsts and chmsts n th poblms o solds.” 71 Th jonal mt a cla dmand wthn th sold stat commnty. Bt that commnty was alady hhly htonos, and t was not yt cla to ts lads that ths patcla consttncy consttn cy shold ovn th dcton o pblcaton wthn th ld. Th jonal’s sddn appaanc tho pmptd th th AIP’s ots to mana th pblcaton poblm domstcally. Stz, whl svy o th commnty was n poss, had ntatd dscssons wth th Acadmc Pss abot th possblty o ondn a nw jonal, wth an adnc to b dtmnd by whatv nds th AIP-APS commtt dntd, th scop o whch wold b tnd so as to sphon an appopat pblcaton load om th  Physical Review. Books, by actn otsd o th powl nstttonal mchansms th AIP and APS w ctn, lmtd th ablty to scal scal  th spons to th pblcaton poblm by slctn a consdd topc and volm o th nw jonal. Books lnt sppot to an ntdscplnay jonal and had thby dcdd to avo a clos assocaton wth both ndsty and chmsty, jst as Stz was ttn a sns that ths was pcsly what th most vocal consttncy wthn sold stat dd not want. Books was cowd whn h land that h had pst th AIP appl cat. H avodd xtndn th ss vn so a as hs sctay, and sl-typd a lon, svly svly apolotc ltt to Stz dscbn how h had sccmbd to a had sll om Gnal Elctc’s J. Hbt Hollomon and Kvn Maxwll, th dcto o Pamon Pss’s ntnatonal nt natonal dvson. “As “As I thnk thn k back ov th hstoy o ths matt,” Books wot, “I alzd that my bhavo has bn somwhat nxplcabl and not to my cdt, and ndd n tospct I l qt nhappy abot my actons.” H th xpssd concn “wth th act that n ths matt I hav bhavd wth a d o sponsblty

 

98

SOLID STATE STATE INSURRECTIO N

whch s a matt o at t to m, and I l that I hav not dalt aly o honstly wth yo th n yo capacty as chaman o th nsttt, o as psntn Acadmc Pss, o as a nd.” Nonthlss, Books mantand: “Th job tsl [as dto o th nw jonal] s a woth whl on n my opnon, and I do not man to mply by my psnt ts that I hav any hstaton n bn assocatd wth t oth than th qston o whth wh th I can do a ood job.”72 Stz pld pontdly to Books’s contt mssv, otlnn how th appaanc o th nw ntnatonal pblcaton otlt dsptd th AIP’s ablty to mont a masd spons to dstnctly natonal challns: challn s: “Untl th chaact o th nw jonal s claly stablshd, t wll hav th ct o p-mptn th poston o any oth jonal that mht b contmplatd. Abot hal th ntst o any nw jonal wold b n th ld yos wll cov.. Anoth ndvdal mht hstat to accpt th dtoshp at ths tm. cov I nd t vy had to dcd whth ths s ood o bad o Amcan physcs as a whol.”73 Books nwttnly tammld Stz’s bst-lad plans, bt hs  jonal to wdspad dmand. Its mpact not to pvntwas th an AIPhonst om spons spondn to th pblcaton poblm, btwas to nd a smmay dcson on how th poblm wold b addssd. It was a spons, althoh phaps not th pcs spons that wold hav md om a mo dlbatv pocss. Fo btt o wos, th AIP and th APS cold now n ow ocs th spctv sponss to th pblcaton poblm mo naowly. Th nw ntnatonal  jonal wold not ba noh o th natonal pblcaton otpt to adqatly addss th lt, whch consmd th APS n th md-1950s to th xtnt that commtts on ts vaos aspcts polatd. polat d. Ths ncldd, as o 1956, th “Standn Commtt to consd sch pblcaton-poblms p blcaton-poblms as Manan Edto dos not accpt as lyn[] n hs povnc,” povnc,” th “Commtt to consd a poposal o Natonal Scnc Fondaton adn pblcatons n physcs,” physcs,” and “Commtt to stdy all aspcts o th poblm o pblcatons o Amcan physcs.” By 1957, th om two had, n th ancl phasn o Kal Daow, achd “what som nntnth-cnty statsman calld a condton o nnocos dstd.”74 Th actos ld to dcd ncy o th pblcaton poblm. Th mnc o nw otlts—Books’s  jonal, alon wth a smattn o oth pvatly ndd physcs jonals— jon als— was on. Scond, as ncass n pa chas and sbscpton s kckd n and ocals cackd down on loophols—sch as lbaans jonn th APS to t ts jonals at mmb ats ath than lbay ats—pblcaton

 

THE PUBLICATION PROBLEM

99

opatons nchd back towad solvncy. Fnally, th  Physical Review Revie w and a pss valv n th om o Physical Review Letters, whch lanchd n th mddl o 1958 wth ndn om th Natonal Scnc Fondaton. Th ast-pblshn jonal o shot pcs, pvosly accommodatd as ltts to th dto n th Physical Review, satsd th dmand o a qck-topnt otlt that cold potct poty clams o mpotant nw sach and lvd th Physical Review o a sbstantal volm o contbtons. In pat d to th l  Physical Review Letters povdd, th  Physical Review had naly clad ot ts backlo by 1960. A lvd Saml Godsmt potd to th Janay concl mtn that hs lon-sn jonal was “wll on th way to catchn p.”75 Th shotnn o th  Physical Review’s tnaond tm took consdabl oomph ot o th psss avon a topcal alnmnt o th socty’s pblcaton stct. Fo th tm bn, all topcs o physcs wold man alnd wth th ld’s ashp jonal. Th pshot was that, dspt a at dal o hand-wnn and th xstnc o sval smnly vabl plans that wold hav vn sold stat physcsts nw pblcaton homs, blkjonals. o th Amcan sold stat commnty contnd pblshn n ththco A combnaton o small, spcalst jonals spnn p on th own ntatv, a tn to solvncy o th Physical Review, and ston opposton om a small bt vocal bloc o sold stat physcsts nsd that sold stat wold man mly stablshd as a sbld o physcs and avod any oanzatonal commtmnt to th latonshps t otn blt nomally wth latd lds. COMMITTING TO PHYSICS

Th challns o a cowdd pblcaton landscap dd not vapoat onc sold stat’s hlmsmn solvd to st saly nsd th bondas o th physcs commnty, commnty, bt th dscplnay dscpln ay dntty css dd sbsd, s bsd, o a tm. Sold stat wold ctvly t a ddcatd jonal n 1970, whn th Physical Review splt nto o spaat sctons, wth Physical Review B ddcatd to sold stat.76 By that tm, sold stat’s poston wthn physcs was mo stabl than t had bn n th md-1950s and th sbdvson o th jonal, whch had bcom a smpl ncssty basd on th volm o atcls Physical  Review was pblshn, dd not as qstons abot th ld’s lmntal dntty. Sold stat physcs n th 1950s was analoos to a dsoanzd systm bnnn to sl-oanz. Th cmncal spt wth whch t was ondd n th 1940s lt t nsally sscptbl to th omaton o ntst ops,

 

100

SOLID STATE STATE INSURRECTIO N

patclaly thos that natally w aond sach poams, and whch shad w ston ntllctal connctons wth oth sch ops that also omd nd th aspcs o sold stat. Ths ntst ops dvlopd dn vsons o th t o th ld. As nw possonal challns md dn th 1950s, ths ops w vn  vn th oppotnty to nd n d sold stat physcs n a dcton that btt std th oals. Th objcton o on o ths ops to a clos assocaton wth chmsty contbtd to sold stat’s avodn stps that wold hav ndd ts pblshn opatons away om th st o physcs. It hlpd that th op  op was wll oanzd—mo so than th ld as a whol—and vocal. Th sccss was d n pat to th stct o th sold stat commnty. commnty. Th lack o a commonly shad concptal poam mant that sold stat was opn nto small, wakly ntactn commnts blt aond spcc sach poams. Th thst o th whol sold stat condaton cold b shtd sbstantally  only on o ths ops, o a small sbst o thm, chos to spak p. In ths cas, th cad o sold stat physcsts who had blt amstd coopatv ntwok spons cntd to onan thactv lctomantc solds an mphatc qston o popts dscplnayopolcy. Evn thoh ths op dd not ncssaly psnt sold stat physcsts as a whol, thy mad noh o an mpsson on thos sponsbl o makn th dcsons that thy w abl to d th ld n th dcton that bst std th own ntsts. Th cas was add by th tmly appaanc o sval small jonals that lvd som o th pss on APS and AIP pblshn opatons and dcd th mpts mpt s o swpn chans n pblshn pattns. Two actos a patclaly notabl abot ths psod. Th st s that t sltd om a dlcat ss o contnncs. Stz and hs pblcatons commtt w n a poston to xcs consdabl sway ov how commnty dynamcs wthn sold stat volvd. Th sach ndcatd a ld that, by and la, wold wlcom ocal conton o th clos assocaton btwn sold stat physcs and chmsty that thy saw on th ond, patclaly n ndstal laboatos. At Havy Books nwttnly thw a wnch n th woks, th pow was ctald sbstantally sbstanta lly.. A vocal mnoty avon nacton thby and addtonal wht. Th scond s th patcla chaact o that vocal mnoty. Th cohsv op o sachs—and thosts n patcla—mn aond stds o th lctomantc popts o solds ban to smbl a tadtonal sbld on a small scal mch mo than sold stat tsl dd, vn

 

THE PUBLICATION PROBLEM

101

at low solton. Ths op was commttd to mantann th ntps as a pat o physcs and sstd any ots that wold ntodc ambty abot wh sold stat stood. Ths op was, n act, th ncls o what wold bcom “condnsd matt physcs,” th stablshmnt o whch s xplod n chapt 8. Thy w way o th convntonal bass on whch sold stat was ondd and saw th actosnss that sltd as an obstacl n th qst to an wd conton o th ntllctal contbtons to physcs. In ths sns, sold stat physcsts’ spons to th pblcaton poblm povd to b both dyn and dstablzn. On th on hand, t solvd som lnn ambty abot th bondas o th tan on whch sold stat wold ptch ts ovszd tnt. On th oth, t st th sta o a challn to sold stat’s convntonal dnton. By xtn th nnc to kp sold stat wthn th stablshd physcs jonals, th ascndant bloc o condnsd matt thosts stablshd th ondwok o oanzn th actvts aond a wll-dnd amly o concptal appoachs. Th pblcaton hav bn a latvly mnowas challn whn sn npoblm, th laalthoh contxttomht Amcan physcs n th 1950s, a pld to t and mo complt oanzatons o th sach tadtons that mad p sold stat physcs.

 

5

BIG SOLID S OLID ST STA ATE PHYSIC P HYSICS S AT THE NATIONAL MAGNET LABORATORY

It s ppostos . . . that th conty’s only natonal aclty o hh mantc ld sach s hamstn whl mllons a bn spnt on dndant aclts n oth scntc dscplns. —BENJAMIN LAX, 1967

Th Natonal Mant Laboatoy (NML), stablshd n 1960, was sold stat’s answ to th la-scal patcl acclatos that bcam th dntv sach nstmnts o hh ny physcs. Th NML, dsnd to podc vy hh mantc ld stnths n od to stdy th mantc popts o matt, was th banchld o Fancs Btt. A backond n both mtally and th qantm thoy o mantsm pdsposd Btt to a vson o sold stat physcs as a ld ddcatd to th sach o ndamntal knowld. That vson wold d NML, vn at Btt’s poo p oo halth pvntd hm om dctn th aclty h had dsnd, bt th lab wold also ac consdabl pss, both om wthn and wthot, to mak ts poammn mo dctly answabl to shot-tm tchncal nds. Th NML was bon nto th a o b physcs. Follown th Scond Wold Wa, physcsts om th whol swp o sbjct spcalts and nstttonal sttns had acclmatd to lavsh ovnmnt spndn. Th Natonal Scnc Fondaton (NSF), whch dspnsd ts st ants n 1950, psntd a stabl commtmnt to t o dal sppot o  o sach. Th Atomc Eny Commsson (AEC) nsd a ady soc o sppot o ncla physcs. And mltay oanzatons lk th Dpatmnt o Dns (DOD) and th Oc o Naval Rsach had ovown cos, a va bt powl convcton n th mts o opnn thm to scntc sach, and w

 

BIG SOLID STA STATE TE PHYSICS AT THE NATIONAL MAGNET LABORATORY

103

dlns o how thy w pmttd to dspns ndn. Th npcdntd mncnc o ths oanzatons pmttd scntsts to man sach on a nw scal, and to ad t as nomal. Th NML was th st la aclty aclt y to sppot a sncant ocs  ocs on sold stat sach, bt oths ollowd. Lat n th 1960s, th AEC ondd ncla acto aclts at th Natonal Natona l Laboatos optmzd to podc hh nton x. Th Hh Flx Bam Racto at Bookhavn Natonal Laboatoy and th Hh Flx Isotop Racto at Oak Rd Natonal Laboatoy, whch, lk th NML, w mlts aclts, sppotd nton n ton dacton sach that bcam ctcal o th stdy o matals.1 Bookhavn ndtook th Natonal Synchoton Lht Soc n th 1970s, whch took what had pvosly bn a nsanc o hh-ny acclato dsns, synchoton adaton, and hanssd t to nabl pcs X-ay and ltavolt scattn xpmnts n a wd vaty o lds, bt patclaly n th stdy o matals.2  Th NML antcpatd th styl o b scnc condctd n both hh-x sach actos and synchoton socs, whch mphaszd svc otsd ss andt th xblty to adapt to th nds o vaos sachtopoams, makn an aly xampl o tnds clmnatn n what Robt P. P. Cas and Cathn Wstall call c all th “nw “n w b scnc” scnc ” o th lat twntth cnty.3 Bt nlk hh-x actos o synchoton socs, whch w qckly ocd to compt wth smla aclts o ss, th NML mand nq o som tm as a la aclty ddcatd to hh mantc lds. Mantsm was amon th last ntst ops wthn sold stat physcs, and t ntactd obstly wth nhbon lds. Th Amcan Insttt o Elctcal Enns oanzd a ss o wll-attndd conncs on mantsm and mantc matals, bnnn n 1955, whch th Amcan Physcal Socty (APS) cosponsod and whch many sold stat physcsts attndd. 4  Th momntm bhnd mantsm sach nsd obst dmand o th NML’s NML ’s svcs and, n th ys o ts admnstatos, a dmnstatos, st t apat om  om th patcl acclatos that w polatn aond th sam tm. Asd om ts plac n th wll-known stoy o Cold Wa b scnc, th NML also ats n th latd, bt lss wll ndstood stoy o how thtnn scnc bdts shapd th sach landscap n th 1960s. 5 A ocs on dal spndn o socal poams as pat o Lyndon Johnson’s Gat Socty lslaton, th wa n Vtnam, and th owth o a mo ntcat bacacy wthn th ndn oanzatons conspd to mak ndn scac and to q at accontablty om ant cpnts.

 

104

SOLID STATE STATE INSURRECTIO N

Many aclts and sach poams that had own optmstcally on th noshmnt o latvly nttd ovnmnt sppot had to adapt, qt abptly, to lan tms. Fdal blt-thtnn actd som aas o physcs mo than oths. Patcl physcs saw ths n th 1960s wth th bbon cttn o th Altnatn Gadnt Synchoton at Bookhavn Natonal Laboatoy, Laboatoy, whch wold man th wold’s most powl acclato ntl 1968. By thn, hh ny physcs aclts had bcom mpotant o sstann th conty’s ntnatonal scntc pst. Th t o hh ny physcs was assd by th nnchn commtmnt o th AEC, alon wth spplmntay sppot om NASA, th DOD, and th NSF, and t md om th dcad wth conssonal commtmnt to nd th Natonal Acclato Laboatoy (NAL), whch wold bcom btt known as Fmlab.6 Rlyn to a at xtnt on dsctonay ndn om th DOD, sold stat physcs acd stp cts. Sold stat physcsts ond t patclaly dclt to nd sppot o xploatoy o thotcal sach, and at a tm whn many n th sawtothat wok as ctcal o mantann th ntllctal standn wthld spct oth sblds o physcs. Examnn how a la aclty ddcatd pncpally to sold stat sach spondd to ths psss pmts a compason btwn sold stat–styl b physcs, and b physcs as sn thoh patcl acclatos. Both pocdd om th convcton that th nw ndamntal knowld abot th physcal wold mad possbl by qantm mchancs cold b accssd by th la machns mad possbl by xpandd dal ndn. Fancs Btt, alon wth Bnjamn Lax, th NML’s st dcto, ndstood th aclty as th sold stat analo o th Altnatn Gadnt Synchoton at Bookhavn Natonal Laboatoy Laboat oy,, th Stanod Lna Acclato Accl ato,, and smla hh-ny aclts, and n som spcts t was smla. It was dvn by th thos o sach at th xtms—th xtms o hh ny patcls n on cas, and hh ntnsty mantc lds n th oths. Both typs o aclty ostnsbly xstd to satsy o lmntay costy abot th physcal wold. Bt ntnal tnsons ov th NML NML’s ’s msson ndcat that tha t th pll o applcatons was nv a om sold stat wok, and that ts sachs and admnstatos w calld to balanc thos mssons n ways hh ny aclts w not. Th nancal stls o th md- to lat la t 1960s a patclaly valn o how b sold stat physcs dd om b patcl physcs, and o how th p scnc dal, whch lvd on dspt th challns

 

BIG SOLID STA STATE TE PHYSICS AT THE NATIONAL MAGNET LABORATORY

105

to ts domnanc n th 1940s and 1950s, had to b hybdzd wth appld lvanc n th contxt o sold stat sach. FRANCIS BITTER AND A VISION FOR PHYSICAL METALLURGY

In 1939, Fancs Btt was a yon assocat posso n MIT’s Dpatmnt o Mnn and Mtally. Hs backond, thoh, was chaactstc o an Amcan physcst o ths a—nlk many o hs dpatmntal collas wth backonds n nnn o chmsty. Hs commtmnt to physcs was scd by a pdoctoal stnt n Bln n th vntl yas o 1925 and 1926. Btt calld han Max Planck spak on thmodynamcs, attndn th colloqm at whch Ewn Schödn ntodcd wav mchancs, and tachn hmsl lctcty and mantsm om Max Abaham’s txtbook, The Classical Theory o Electricity and Magnetism.7 Btt and hs PhD n physcs om Colmba Unvsty n 1928. Btwn lavn Colmba and jonn MIT MIT,, h spnt tm at assotd and aspcos nstttons. H condctd postdoctoal sach wth Robt Mllkan at Caltch, wokd as a sach physcst o Wstnhos, vstd th Cavndsh Laboatoy on a Gnhm Fllowshp. Dnand ths appontmnts, hs ntsts volvd om hs thss wok on th mantc sscptblts o ass to th nat o omantsm.8 Avn at MIT sh o hs Gnhm, Btt was nthsastc, and hs otlook on mtally bllsh. H atclatd a vson o mtally n an npblshd docmnt nttld “Abstact o th Psnt Stat and Possbl Dvlopmnts n Physcal Mtally.” Th docmnt atclatd hs hops that mtally cold tanscnd ts hstocal ocs on classyn th spcc popts o mtals and alloys and sk ndamntal contbtons. Th vson atclatd n hs “Abstact” wold also shap hs sbsqnt ots to cat th Natonal Mant Laboatoy’s msson. Btt dscbd hs staty o moldn mtally nto ndamntal scnc as ollows: Dn my b assocaton wth th sbjct o mtally I hav obtand th mpsson that n ths ld mo than any I hav com nto contact wth, th s now an oppotnty o apd and ndamntal dvlopmnt thoh an applcaton o th concpts and tchnqs o physcs and chmsty. Th achvmnt o sch poss mst com as a slt o th coopatv ot o a op o mn whos ch ntst t s to dscov and classy th popts o mtals and alloys n all th nalty wth th am o omlatn physcal

 

106

SOLID STATE STATE INSURRECTIO N

laws, ath than to ollow th bhavo o ctan spcal alloy systms n dtal wth th am o dvlopn and ndstandn commcal pocsss.

Btt dstnshd btwn th nnn and th scntc componnts o mtallcal sach and ond that thoh nscnt dvlopmnt o th latt, th om lackd “pop hlp and stmlaton o a ndamntal 9

nat.”  H dscbd how mtally mht poston tsl to mak what h dmd ndamntal contbtons, whch nvolvd bldn a obst concptal ondaton ootd n physcs and chmsty, pls a staty o collaboatn acoss dscplnay bondas to boow tchnqs and nshts om lds wth stablshd ndamntal sach poams. Ths and vson o mtally mht jst as wll hav bn a oadmap o th as-ytnnamd sold stat physcs. It calld o ndstandn nal ats o mtals thoh thotcal physcs, a ocs on mchancal popts, sach on cystal stct, and ncasd ndstandn o phas p has tanstons, all o whch wold all nd th aspcs o sold stat sta t onc th ld cohd atBtt’s th Scond Wold Wa.o ndamntalty was an nclsv on. Physcs ndstandn had t, chmsty had t, and mtally cold attan t by adoptn th nobl habts o ths dscplns. Btt’s optmsm o th t o mtally qd a two-sta pocss o ostn basc nshts and thn bldn a clos latonshp wth, whl stll mantann a spaaton om, pactcal applcatons. “Th physcst dvlops th ndamntal laws whch th nn appls. In chmsty w hav a smla staton,” h wot, bo psntn hs htocal call to ams, askn: “Who, n mtally, s don a smla job?”10 Btt mphaszd that constctv dalo btwn abstact scnc and ts applcatons cold nat advancs n both, and that stablshn la dscos btwn thm was ncssay to mak th ld o mtally a ndamntal scnc. Btt’s dsqston on mtally otlnd otln d two dmnsons o ndamntal sach. Th st was th omlaton o nal pncpls; th scond, a pactcal consdaton, was slnss n a wd vaty o nw sach. Th man aw Btt pcvd n contmpoay mtallcal wok was nscnt mphass on codyn lats n th bhavo o mtals. Th ld lackd th nalzn npt o thoy. Th hallmaks o ndamntal dscplns, Btt mantand, w thotcal pncpls that appld—and that actally w appld—byond naowly dnd systms. A scnc concnd wth th popts pop ts o mtals and alloys, a lloys, tho, cold bcom n-

 

BIG SOLID STA STATE TE PHYSICS AT THE NATIONAL MAGNET LABORATORY

107

damntal by catn a thotcal schm sl o dscbn th popts o mtals and alloys as a class o matals. Oanzn xstn knowld nto a nalzd schm, thoh, was not th ltmat oal o ndamntal sach; ndamntal scnc also had to pov sl n aas wh knowld was lss s-ootd. Btt mphaszd cndty as a mak o ndamntalty. Ths tm mpls th actal, not jst th potntal, naton o ntllctal pony: th nal pncpls that satsy Btt’s st cton can b dmd ndamntal onc thy pov th woth n a alm o whch thy w not spccally dsnd. Fom ths pspctv, achvn ndamntalty dmands mo than modln sach on dscplns that alady xhbt t; t qs bldn th psonal and nstttonal latonshps thoh whch sach ots can xcs nnc. Scnc bcoms ndamntal, n ths sns, whn thos latonshps hav povokd povokd nw sach and an d svd as a ondaton o nw conclsons. Btt pcvd ths qalty n physcs and chmsty. Both scncs amd to nqy omlat pncpls, mo mpotant, ch ntactons btwn andnal applcatons dovbt, poss n ths scncs and mad thm boadly applcabl to lds lk mtally and an d nnn. nnn . Fo Fo Btt, th poblm was not jst that mtallsts wantd o a obst thoy o mtals; thy w not vn n dalo wth popl who w wokn to dvlop on. In th absnc o sch an ntacton, Btt thoht, mtally wold b lmtd to catalon and qantyn th popts o a own alloy zoo. Ths typ o sach, bcas t dd not ps p s nal laws o ask a sk novl qstons, cold nv b ndamntal. Hs mdy was to ncoa mtallsts to ovcom th nslaty o th ld and collaboat wth physcsts and chmsts to bld th bds that wold ost nw thnkn. Btt’s commndatons calld o MIT mtallsts to chan th way thy oanzd th dpatmnt and t wthn nsttt nastct, sstn, o xampl, that “on o two physcsts n th mtally dpatmnt . . . cay ot th wok n clos contact wth th st o th sta, sta,”” and pomotn “clos contact wth [John C.] Slat’s wok n Physcs and wth th wok o [Chals W.] W.] MacGo n Mchancal Ennn. Ennn.””11 FOUNDING THE NATIONAL MAGNET LABORATORY

Btt’s vw o ndamntal knowld was pvotal to th ondn and owth o th Natonal Mant Laboatoy two dcads lat. Btt coodnatd plannn o th NML, whch opnd n 1960. Its aly hstoy cts

 

108

SOLID STATE STATE INSURRECTIO N

Fancs Btt’s 1939 vson. Th poposal that convncd th A Foc Oc o Scntc Rsach to nd th lab amd ts msson compatbly wth Btt’s noton o ndamntalty, ts oal bn “to mak contnos lds p to 250,000 ass avalabl o ndamntal  ndamntal sach n sold stat and low tmpat physcs and latd lds, and to sv as a cnt o advancn th at o ld naton. naton.””12 Btt had tansd to th physcs dpatmnt n 1945 and stat  physcs, ath than mtally mtall y,, 13 h blt th NML wth sold stat n mnd. Th NML wold sppot ondatonal sach n od to nch th ld and mak t mo podctv. A qot om Btt’s laboatoy ddcaton spch, composd lon bo bdt concns casd NML sta  to mphasz ts pactcal oshoots, ndcats th plac h saw t occpyn wthn th scntc commnty: “Th sold-stat sach poam s bn tansd om th M.I.T M.I.T.. mant laboatoy to th nw n w aclty [th NML]. Th am o ths poam s to ncas knowld o th basc lctcal, lct cal, mantc, optcal, acostcal, and thmal popts o solds. Ths ndamntal nomaton, psd odvlopmnt ts own sak,ohas and wllmpovd contnsold-stat to povdlcth bass o th contnn nw and tonc dvcs.”14 Concn wth stablshn an nvonmnt n whch nda ndamntal sach cold osh was at th oont o Btt’s thnkn. Wth th NML, h nstttonalzd hs convctons abot ndamntal sach, hopn that ts stct wold ncoa sach that cold, by ocsn lntlssly on th sach o nal pncpls, sv as th bass o somthn mo.15 Admnstatv sponsblty was shad amon th dpatmnts that sd th NML. Byond on a vn o sach sn hh mantc lds, th aclty povdd an ntdpatmntal om o MIT scntsts and nns and attactd att actd vstn sachs om oth nstttons, aan n accodanc wth Btt’s vw that ndamntal wok shold b otwad lookn. Th NML was also an dcatonal spac. Btt had admonshd th mtallcal commnty n 1939 that ndamntal advancs qd that stdnts b tand to ask ndamntal qstons. In th aly 1960s, th NML pomotd tsl as jst sch an oppotnty o MIT adat stdnts. A 1963 boch mphaszd ths aspct o th lab’s msson, totn th “oppotnty to ps xtmly ndamntal spclatons” that adat stdnts njoyd, ctn on doctoal stdnt’s wok on mantc ld dpndnc o th vlocty o ltasonc wavs n mtals. 16  By 1965, th lab’s scond ll ya o opaton, ts thtn acadmc sta sppotd

 

BIG SOLID STA STATE TE PHYSICS AT THE NATIONAL MAGNET LABORATORY

109

twnty-o stdnts, who wokd alonsd nn sachs om Lncoln Laboatoy—a mltay sach lab, whch MIT admnstd—and ty-sx vstn scntsts.17 Th NML povdd th spac, socs, commnty, and pdaocal oppotnts ncssay o a sold stat sach aclty mbodyn Btt’s vson. Bt Btt, who was nan th nd o hs ca and acn halth poblms, dd not tak an actv ol n th lab’s admnstaton. Bnjamn Lax bcam ts st dcto. Lax was Hnaan-bon, bt had mmatd to th Untd Stats n hs yoth and and hs bachlo’s d at Coop Unon n 1941. H was datd whl psn doctoal wok at Bown and avd at MIT n 1944 as a Radaton Laboatoy sach. H stayd on at th wa, compltd hs PhD n 1949, and jond th Lncoln Laboatoy shotly that, sn to had o th Sold Stat Dvson n 1958. Th slcton o Lax as NML dcto psntd th ds to coodnat sold stat sach acoss dpatmnts. John Slat, who wldd sncant nnc as an Insttt Posso and had o th physcs dpatmnt’s sold op, wot MIT psdnt Jls Statton asstat plansand omolcla th NML thoy w bwn: “I ltothat  w szd th oppotnty psntd by th Mant Laboatoy Laboa toy,,  t os thoh, and colatd t wth . . . wok on solds n th dpatmnts o Physcs, Chmsty, Elctcal Ennn, and som o that n Mtally, w shold hav th possblty o bldn p a sold-stat laboatoy o at val not only to M.I.T. and th dcatonal poam, bt to th svcs and th conty as a whol.” Slat advocatd opn psntatvs om ths dpatmnts “toth wth Lax and as mch o th Lncoln sold-stat op as cold possbly b ncldd, n a at coopatv oanzaton,  possbl hosd toth on o clos to th camps, and ncldn . . . stdnts, possos, and sach scntsts o th Lncoln typ. typ.””18 Sppot om s o Slat’s pomnnc nsd that th nw lab, byond absobn th xstn mant poam Btt had stablshd, wold sk at ntaton o sold stat wok acoss MIT’s camps. Wth nstttonal sppot o ntdpatmntal collaboaton scd, Lax cad Btt’s thos owad. A 1963 pomotonal docmnt o th lab asstd: “Whl th pmay mphass at th Natonal Mant Laboatoy s on th acqston o basc knowld concnn th stct stct  o solds, t s a hstocal act that wok o ths nat has ld to a achn tchnolocal advancs.”19 Lax tod th sam ln n pvat cospondnc. “I blv t s mpotant o s to povd n th ld o basc sold stat and appld phys-

 

110

SOLID STATE STATE INSURRECTIO N

cs, cnts o xcllnc that wll contbt to dcaton and to scnc n a most ctv way,” h wot to Roman Smolchowsk n 1965. 20 Th amnt that nvstmnt n basc sach, wthot ots to shap ts dcton om wthot, was th bst way to ost sl slts was a standad thm n scntc htoc by th 1960s, and aly on t was a sl jstcaton o th lab. Th NML was podctv. By Dcmb 1965, ts thty-ht sta mmbs had pblshd sxty-on paps that calnda ya, wth twnty-nn mo n pss, accptd, o sbmttd, and had collctvly dlvd svntynn mtn o colloqm talks. Ths nmbs mo than dobld 1963 totals, a otstppn th 18.75 pcnt sta ncas n th sam ntval. 21  O th sxty-on atcls, atcl s, book chapts, and monoaphs pblshd n 1965, mo than hal, thty-svn, w pblshd n Amcan Insttt o Physcs  jonals. O ths, ths , nntn appad a ppad n th  Physical Review  o  Physical Review Letters, th ashp pblcatons ddcatd to basc physcal sach.22  Ths atcls contbtd to majo contmpoay sold stat sach tajctos, o nstanc byAlthoh xamnn th band o solds popts o spcondctos. cd, thsstct data ndcat that aand la popoton o th lab’s otpt was ddcatd to th typ o ondatonal wok Btt champond. Th aclty was a ston daw o yon talnt wthn th sold stat commnty.. Lax ond hmsl wth an mbaassmnt o chs n th md-1960s mnty and compland to th Natonal Rsach Concl’s Sold Stat Scncs Panl that dspt havn “ntvwd a at acton o st-at yon scntsts than w hav thohot my nt ca . . . wth vy w xcptons, w lctantly tnd ths away.” 23 Lax hmsl won th Olv E. Bckly Pz n 1960, whch, althoh lss than a dcad old at that pont, was amon th most pstos p stos accolads a sold stat physcst cold an. H wold b lctd to th Natonal Acadmy o Scncs n 1969 laly on th stnth o hs wok at th NML. It was not o want o slts that th A Foc’s nthsasm o th aclty ban to wan n th md-1960s. MID-1960S FUNDING PRESSURES

In 1965 th NML admnstaton askd th Natonal Scnc Fondaton to assm nancal sponsblty o vstn scntst sppot and a sha o both mant mantnanc and sach costs om th A Foc. Fndn o th laboatoy had stalld at ts ntal amp-p. Wdspad natonal shotas n basc scnc ndn, concdn wth th scalaton scalat on o th Vt-

 

BIG SOLID STA STATE TE PHYSICS AT THE NATIONAL MAGNET LABORATORY

111

nam Wa Wa,, bcam a pod wth whch to nd th lab towad a mo xplctly appld stanc. Lax notd wth som alam th A Foc’s ncasd ntst n th applcabl ts o mant sach n 1967: “Ths s a complt chan om th past whn NML was dscoad om ncldn n ts chat an appld poam.”24 Lloyd A. Wood, dcto o th physcal scncs dvson wthn th A Foc’s Oc o Scntc Rsach, sbstantatd ths obsvaton, wtn to Lax a month lat: “It s as yo know bcomn mo and mo an ss n Washnton to ‘copl’ dally sppotd basc sach to ‘pactcal’ ntpss, and a la pojct sch as th Mant Laboatoy has a at oppotnty o don ths.”25 An y on appld bnts was not ncompatbl wth th NML’s statd msson, whch had, snc Btt’s aly vson, mphaszd th mpotanc o basc nsht o tchnolocal advanc. “Copln” o basc sach ndn wth xplctly pactcal consdatons, howv howv,, challnd both Btt’s concpton o ndamntal sach as convsant wth, bt ndpndnt om, ts applcatons and Lax’s vson o th lab. Lax sstd any ontaton o th NML’s ndamntal waswas happy to accommodat an ovtly appld poam as lonmphass. as th AH Foc wlln to spply th addtonal ndn, bt mantand: “Fnancally w a n no poston to bn sch wok on o own.”26 Lax also pshd to kp appld pojcts and th ndn nslatd om th opatons and basc sach bdts. H tstd bo Conss on th t h tanston om A Foc to NSF ndn, o nstanc, that th NML “has always copld ts basc sach slts wth th msson-ontd ancs havn th atst ntst n a patcla ln o dvlopmnt and wll contn to do so,” whl qalyn that commtmnt by sayn, “Whn th s a dvlopmnt o spcal ntst to an ancy w wll solct sppot and patcpaton by that ancy, whth t b th A Foc o oth DOD dpatmnt, NASA, NIH, o th nvonmntal ancs.”27 Explctly appld pojcts w n, n Lax’s ys, as lon as thy dd not dvt attnton o ndn om th ndamntal wok h consdd th lab’s ason d’êt. As notatons wth th NSF contnd thoh th md-1960s, th laboatoy acd tht bdts and an nctan t. Th NML advsoy commtt was ntally atatd. In Fbay 1966, th commtt stck a dant ton n th ac o stctv st ctv bdts, mantann “th ston opnon that a modat and odly xpanson o ndn s dsabl,” and th notn: “It s dscoan and nhalthy o a Laboatoy, at a voos ntal pod o bldn p om zo to a vabl stat, to b abptly lvld

 

112

SOLID STATE STATE INSURRECTIO N

o by bdtay constants, whn la aas o ntstn and appopat sach man.”28 Jst ov a ya lat, th commtt was mo snd to th dclt nvonmnt. An Apl 1967 pot od lss sstanc to bdtay stass, and sndly notd: “smla bdt zs act all sold stat physcs sach,  not most scntc sach actvts n ths conty at th psnt tm.” tm.”29 Oth pojcts that lackd th ltt o hh ny physcs o th statc mmdacy o ncla wapons dd ndd ac smla challns. In 1969, th bdt qst om th Los Alamos Mson Physcs Faclty, Faclty, a pojct nd dvlopmnt that th AEC classd as a mdm-ny physcs pojct, was slashd by ov two-thds, om $15.3 mllon to $5 mllon. Th hact pomptd Los Rosn, th pojct’s dcto, to pot to Conss th dstss th pojct sta lt “not only bcas t dos not hav th bst ct on moal, to ctat so dastcally dn th constcton o a vy complx pojct, bt also bcas t dos not pmt s to complt th pojct n an odly, cnt, and conomcal way.” 30 was not contnt to accpt th lab’s thyLax, whowv, symptomatc o la tnds. H vntd hs stls statonjst to bcas a llow sold stat physcst, Havad’s Ncolaas Blombn: “It s t that th s a bdt sqz all thohot th conty, conty, patclaly on sold stat. stat . HowHowv, as t tns ot, nds hav bn ond o oth aas o physcs whch a alady btt ndd ovall natonally than th sold stat actvts at th nvsts. Ths, n spt o th act that sold stat consttts by a th last smnt o th physcal socty.”31 Lax was smlaly candd n a May 1967 ltt to Natonal Scnc Fondaton dcto Lland Hawoth: “W alz th cts o th Vtnam Wa and th ds o Conss to spad dal sppot o sach mo wdly wdly.. It s ppostos, howv, howv, that th conty’s only natonal aclty o hh mantc ld sach s hamstn whl mllons a bn spnt on dndant aclts n oth scntc dscplns.”32 By “dndant aclts,” Lax almost ctanly had n mnd th Natonal Acclato Laboatoy, plans o whch th Atomc Eny Commsson had appovd jst months al. Lax, th dcto o a la, on-oa-knd sold stat sach aclty was kd that acclato accl ato laboatos w polatn whl hs own was bn ocd to ctal ts poams. Hh ny physcs was by no mans mmn to th bdtay clmat o th lat 1960s. Majo AEC acclato aclts w ocd to dc th opatn tm n 1969 bcas o ndn shotas, and th AEC vn consdd closn som low-ny aclts. Bt cts to hh ny sach

 

BIG SOLID STA STATE TE PHYSICS AT THE NATIONAL MAGNET LABORATORY

113

w sbstantally lss stp than cts to oth aas o scnc, laly d to ts sc plac n th AEC bdt.33 Rdctons n opatn tm and concns abot closn small and low-ny aclts dd not ostall nvstmnt at th oont o acclato dvlopmnt n th way Lax lt t was lmtn hs oont  oont mant aclty  aclty.. In what Lax consdd a sos concsson, th NML’s wok dd sht n a mo appld dcton towad th nd o th 1960s. In 1968, th htn pblcatons by NML sta n th  Journal o Applied Physics qald th combnd total o thos pblshd n  Physical Review and  Physical Review  Letters.34 An Apl 1969 Advsoy Commtt pot notd th addton o a poam dsnd to xplo mdcal applcatons o mantc lds. 35  In th aly 1970s, th lab ntatd mo aspatonal appld pojcts, sch as th manplan, whch ndavod to tanslat th NML’s know-how nto a mant-powd aload systm. Th manplan was a patclaly so pont o Lax, who lt t ptomzd th concssons th NML had mad to Vtnam-a dmands o appld payots om sold stat aclts psn bascKolm, sach. moththan on occason, NML tst Hny who On hadd pojct, clashd wth Laxsach ov thscnlab’s msson ( 5.1). In a mmo to Lax nttld “Mantsm Applcatons Pojcts,” Kolm dscbd hmsl as “th only ston-mndd SOB who has svvd n yo ntoa,” and vocd hs staton wth Lax’s dsappoval o Kolm’s appld ntsts: “O mantsm applcatons poams a not a concsson to xpdncy, an act o posttton n th blak yas o 69 to 71. Thy a a lon-nlctd lon-nlct d oblaton o th scntc commnty. commnty. Thy a vn nw lvanc to o adat dcaton, vtalzn o possonal stat, and mpovn th svval chancs o th laboatoy, o MIT, and o th nt scntc stablshmnt.” Kolm objctd to Lax’s contnton that th at o appld pojcts th lab had acqd sphond nds om ts mssonctcal sach. In a stak ndcaton o th dpth o th dsamnt ov th NML’s msson and dcton, Kolm sstd: “I yo nd t mpossbl to ntat a sncant applcatons poam nto th ‘co’ wok o th laboatoy n sch a way that yo and oths do not snt ts xstnc, thn sos consdaton shold b v[n] to svn t admnstatvly a dmnstatvly . . . by catn a nw laboatoy.”36 No sch schsm was othcomn, bt th tnsons btwn Lax and Kolm val th xtnt to whch chans n dal scnc polcy challnd th NML’s NML ’s msson, wth hlp om wthn. Lax, who admnstd n accodanc

 

114

SOLID STATE STATE INSURRECTIO N

Figure 5.1. Hny Kolm, Pyot Kaptsa, and Bnjamn Lax, 1970s. Lax (ht) and Kolm (lt) convs wth th vstn Sovt low-tmpat physcst Kaptsa, wth whom Fancs Btt had wokd at th Cavndsh dn hs tm n Cambd. Cdt: MIT Achvs and Spcal Collctons, NMLR, box 2, old 12. Rpodcd wth pmsson

wth Btt’s vson o ndamntal sach, was shakn by th nd to tak on appld pojcts o th own sak. Kolm, psntn a yon naton, was lss dolocally opposd to addn appld objctvs to th laboatoy’s msson. Unlk la hh ny physcs aclts, whch w dvn by th nanmty o ppos qd to constct a la aclty dctd at a snl thotcal poam, th NML acd psss on ts basc sach msson on two onts. Th sold stat commnty mand man d actonalzd, and thos who pd th ld to b sponsv to tchnolocal possblts and nds oht to hav th own vson ctd n ts la aclts. CONTRASTING THE NATIONAL MAGNET LABORATORY AND THE NATIONAL ACCELERATOR LABORATORY

By 1971 th NML—namd th Fancs Btt Natonal Mant Laboatoy n Novmb 1967, ollown Btt’s dath—had ond mo stabl,  not mo nos, nancal sppot om th NSF NSF.. Its stls thoh th lat

 

BIG SOLID STA STATE TE PHYSICS AT THE NATIONAL MAGNET LABORATORY

115

1960s and aly 1970s a tlln: Fancs Btt’s vw o ndamntalty, althoh alzabl n a majo sach laboatoy, dd not a as wll n th la ndn nvonmnt. Th A Foc, ts nthsasm o aclts dvotd to nonappld wok dwndln, ban tansn sponsblty to a cvlan ancy, lmtn th lab’s xpanson, wll bo th 1970 and 1973 Mansld Amndmnts, whch qd Dpatmnt o Dns–ndd sach to connct claly wth shot-tm objctvs, complld sch a tans37  on a la scal. As th NML stld, hh-ny patcl acclatos thvd, vn  som small patcl physcs aclts acd th pospct p ospct o cts and clos. Unlk sold stat physcsts, who cold not jsty a la aclty wthot nvokn potntal pactcal otcoms, patcl physcsts apd la-scal xpndts basd on th poms o ndamntal knowld. Wolan Panosky cold clam bo Conss n 1964 that “no scntst can pont a n at ths tm to th spcc way n whch th stdy o hh-ny physcs can and wll act o mmdat nvonmnt, o halth and saty, saty, 38 aas” wthot jopadzn ndn o th o podctvty, o any hman Stanod Lna Acclato.  Smlaly, th t NAL dcto Robt R. Wlson amosly told th conssonal Jont Commtt on Atomc Eny n 1969 that th poposd acclato “has nothn to do dctly wth dndn o conty xcpt to mak t woth dndn,” and nsstd that th sach o ndamntal physcal knowld povdd th sam cltally nnobln qalts as at and ltat.39 Ths spons o Wlson’s, to a qston om John O. Pasto, a Dmocatc snato om Rhod Island, s otn qotd to ndcat ndca t th commtmnt o hh ny physcs to ndamntal knowld and th dsdan o mltasm chaactstc o th ld’s clt, and to llstat a pncpld stand aanst th ncoachmnt o dns ntst nto basc physcs—sstn that hh ny physcs was nd c assalt by both mltay and bdt hawks. Bt Pasto, a ston sppot o th NAL, askd abot dns only as an atthoht to a la dscsson abot th htoc o jstyn hndds o mllons o dollas’ woth o xpndts on aspatonal physcs poams whl th conty cont y wstld wth povty, povty, homlssnss, and hn hn .. “I want to t ths Conssmn o my back,” back,” h makd lat n th han, n to som sstanc to th pojct om  om wthn th appopatons commtt, on whch h sat.40 Wlson’s amos qot ollowd an xchan btwn Pasto and Pal W. McDanl, dcto o th AEC’s sach dvson, n whch Pasto pssd McDanl to clay th mts o th NAL:

 

116

SOLID STATE STATE INSURRECTIO N

Snato PASTORE. Fo th ppos o th cod, a yo ppad to say, o s ths a a qston, what yo xpct to nd thoh th 200 Bv [acclato]? D. McDANIEL. A btt ndstandn o th sbncla nvs, s my D. nal answ. My spcc answ s w do not know what w wll nd, bt w know th s a walth o nomaton th whch nds to b dvlopd. Snato PASTORE. PASTORE. And wth all ths oth pots o hn hn,, nddn, ndclothn, and ndhosn, how do yo jsty $250 mllon at ths tm o bldn somthn wth whch w don’t know what w a on to nd? D. McDANIEL. I wold smply say as an ndvdal that s a small amont n compason to th total capacty o ths conty to d th hny and to cloth th nakd. Snato PASTORE. I don’t lk that answ, at all. Ths a th amnts w t whn w o bo th Appopatons Commtt, and t s sally my sponsblty to cay th ball on ths. I wold lk to hav som dntv answs h as to pots, bcas that s on to b thown ht nto my ac. H w a. W hav ths Snatos on all ov th Dstct o Colmba. It has bn on th ont pas. Thy a on all ov th conty shown how many ma ny popl a stavn, st avn, how many popl a hny, hny, how many popl lv n at-ddn hoss. H w a, askn o $250 mllon to bld a machn that s an xpmntal machn, n ndamntal hh ny physcs, and w cannot b told xactly what w a tyn to nd ot thoh that machn. 41

It was at ths jnct that Wlson jmpd n, ctn both th cltal mpotanc o th sach o ndamntal physcal pncpls and a nd th socal bnts that had com om ncla pow as asons to nd oont sach n hh ny physcs. Wlson movd th commtt, whch was avoably dsposd to t o hs cas. Chst E. Holld, Dmocatc psntatv om Calona and cha o th commtt, shd, “As I lstnd to yo loqnt appal o ths, my mnd wnt back bo th days o Enco Fm Fm to a tm whn St. Pal stood bo Kn Appa, and Kn Appa sad to St. Pal that h wantd hm

 

BIG SOLID STA STATE TE PHYSICS AT THE NATIONAL MAGNET LABORATORY

117

to xplan hs bl n th Chstan pncpls. St. Pal was so loqnt that whn h ot thoh, Kn Appa sad, ‘Almost ‘Almost tho psadst psa dst m to b a Chstan.’ I am sayn that, lavn ot th “almost.” I am sayn, ‘Tho hast psadst m to sppot ths to th bst o my ablty. ablty.’” Pasto, aan takn th pamatc ln, qppd, “I was not woyn abot Appa. I was a lttl wod abot th taxpays tax pays a-pn,” bt amd hs commtmnt to th pojct.42 Wlson’s lon-tm jstcaton o th pojct mod th htoc Fancs Btt and Bnjamn Lax had sd on bhal o th NML. H assd th commtt o hs “m xpctaton that tchnolocal dvlopmnts wll com. Dctly, bt at a vy lon tm; om th slts o th sach wll com nw tchnoloy.”43 Bt whas hh ny physcsts n th lat 1960s cold t away wth achn o th dstant poms o applcabl applca bl otcoms, and povdn only va acconts o th xpctd ntllctal otpts om hstocally la laboatos, oth aas o scnc w pssd to atclat mo dct and mmdat lvanc and,  thy wantd to jsty had to ht tothat kp mo poxmat applcatons at am’snonappld lnth. Fo Fowok, sold stat physcs, mant ncasd pss t o thtn to ts conncton wth tchnolocal dvlopmnt, vn n s ns aclts constctd on th b scnc modl. By th lat 1960s, scnc o all stps was bn askd to b mo sponsv to socal dmands. Th act that Fmlab, dspt ts sl-conssd motnss om both mltay and socal concns, cold stll thv n ths nvonmnt ndcats th pvld plac hh ny physcs p hyscs had manad to sc. Hh ny physcsts, ambvalnt ov ov mltay and conomc jstcatons o th sach n th ac o 1960s potst movmnts, wdly mbacd th hh-mndd htoc o ndamntalty ndamnta lty that Wlson’s conssonal tstmony ptomzd. Thy w sccssl n castn patcl physcs as “a and cltal ntps, lant and poond, that dsvd th sppot o soct soctyy.”44 That avn to ndn, spcally la-scal ovnmnt ndn, was not avalabl to sold stat physcsts, who by th 1960s w alady too closly assocatd wth tchnoloy n th manatons o dal nds. Th p scnc vson aond whch Btt had blt th NML ald to ll th lab’s cos. Fv-ya plans and annal pots to th A Foc stssn th NML’s ndamntal contbtons cold not plcat th htocal sccss o Wlson’s loqnc on bhal o th NAL. Facd wth ths al, th NML’s sold stat physcsts lt slhtd by th compaatvly mo s-

 

118

SOLID STATE STATE INSURRECTIO N

v ndn shotalls thy sd and sntd th mn pcpton n th patcl physcs commnty that ndamntal knowld cold only b dvd om th ltmat consttnts o matt and ny. Ths statons xtndd byond th walls o th NML. At th dawn o th 1970s, sold stat physcs was a mat dscpln, condnt n ts ablty to nat ndamntal scntc knowld, bt t was n th mdst o an dntty css xacbatd by navoabl compasons to ts mo ladd sblns.

 

6

SOLID STATE AND MATERIALS SCIENCE

Dpatmntal allancs and pow dvs do not asly o n solton and cystallz ot a nw nvsty pattn o ntdpatmntal coopaton. —ARTHUR R. VON HIPPEL, 1969

In 1970, Albt M. Closton, th dcto o th Physcal Rsach Laboatoy at Bll Labs, bcam cha o th Amcan Physcal Socty’s nwly omd Commtt on Poblms o Physcs and Socty. Socty. Th ptton that ld l d to ths commtt achd th Amcan Physcal Socty (APS) concl n 1969, motvatd motvatd by a sns that th t h apd owth and spcalzaton o Amcan physcs had naowd th ocs o many physcsts and mad t mo dclt o th APS and ts mmbs to consd th many and wd-ann connctons btwn physcal sach and socal poblms and pocsss.1  On o ts st tasks was a pot on th conomc concns o physcsts, whch Closton athod. “Fv yas ao t wold hav smd ncdbl that n 1970 Amcan physcsts wold b sosly concnd abot th conomc wll-bn o th posson,” Closton ban hs ssay, ntodcn a cla-yd dscsson o how th ndn shts dscbd n th pvos chapt tanslatd nto conct challns o Amcan physcsts. Nw PhDs stld to land job os. Many ond thmslvs n tmpoay postons, wthot th poms o tanstonn nto pmannt lns. Indsty, pvosly a to nlst physcsts n dvlopmnt ots, had sod on th poms o basc sach to nhanc th bottom ln and was tnn ncasnly to nns.

 

120

SOLID STATE STATE INSURRECTIO N

Ths ccmstancs vvd th old dntty concns o th 1940s, o sold stat physcsts n patcla. To addss th conomc poblms boht on by ndn shotalls, shot alls, Closton mantand, “th physcs commnty nds to dn n a nal way what a th nq chaactstcs o a physcst.” Unlk th 1940s, howv, whn dntty concns w makd by ambvalnc and hstancy abot how closly tchnolocal applcatons shold b lnkd to th co msson o physcs, Closton wod n 1970 that th lnk was not cla noh to ns th conomc wll-bn o th dscpln.2 Closton had ason o concn. By th lat 1960s, th lst that th Manhattan Pojct had vn to basc physcal sach had add and dal nds w mch mo hadhadd abot how thy dstbtd th lass. Th ollback o ovnmnt and spcally mltay nds ctd own skptcsm abot th tn on nvstmnt om ndn basc scntc sach. Pojct Hndsht, a Dpatmnt o Dns (DOD) vw panl bn n 1963, assayd th cacy o DOD-sponsod sach poams. Th st ntm pot,that lasd n 1966, oshadowd nal pot’s conclsons, obsvn th “contbton om cnt th ndctd scnc to th systms w hav stdd appas to hav bn small,” and ncoad “altnatv pactcs n th manamnt o scntc sach” on th bass o th conclson that “th lnth o tm to tlzaton o scntc ndns s dcasd whn th scntst s wokn n aas latd to th poblms o hs sponso.”3 Th st Mansld Amndmnt o 1970 was consonant wth th conclsons o Pojct Hndsht, qn DOD-ndd sach to hav dct dns applcatons. What cold physcsts o n ths nvonmnt and how cold thy o t? On answ cam n th om o th nw, ntdscplnay ld o matals scnc.4 In som ctcal spcts, sold stat physcs can b ndstood as a hstocal antcdnt a ntcdnt to matals mat als scnc. Fst, sold stat physcs, alon wth nnn, nn n, chmsty, chmsty, and mtally, mtally, was on o th ndnts o th dscplnay stw that bcam matals mat als scnc. Scond, lk lk th sold stat o matt, “matals” s a catoy too ds to o mch n th way o concptal consstncy consstn cy.. And lk sold stat physcs, matals scnc cam nto bn n spons to a contnnt st o actos that had lttl to do wth th concptal dvlopmnt o th sach poams composn t. In th cas o sold stat physcs, thos actos had to do wth th possonal challns o a own physcs commnty. commnty. In th cas o matals scnc, thy had ha d to do wth th statc, conomc, and mltay alts o th Cold Wa. Th

 

SOLID STATE STATE AND MA MATERIALS TERIALS SCI ENCE

121

owth o matals scnc s tho lvant to ndstand th nnc o sold stat physcs on th st o Cold Wa scnc, both bcas th ndstandn o matal systms sold stat physcs od was dmd mpotant o mtn th dvlopmnt objctvs towad whch matal scnc was ontd, and bcas matals scnc ollowd n sold stat’s ootstps by catn a nw ld on th bass o local, contnnt, and nonconcptal objctvs. Ths chapt ollows th stablshmnt and owth o matals scnc, and sold stat’s plac wthn t, n od to ndstand th volton o vns and adncs o sold stat physcsts’ tchncal aspatons. Bcomn a dscpln wthn physcs qd chann som lon- and daly hld assmptons abot th dntty o physcs, bt t also qd byn nto thos assmptons to a lmtd xtnt. As a sbld o physcs, tho, sold stat was not th appopat vn o a snl-mndd poam o tchncal dvlopmnt—th DOD had dtmnd as mch wth ts lss than sann assssmnt o th pactcal payos o basc physcal sach. Ths ccmstancs th mnc o a nw n whchwth soldoth stat physcs w mhtavoabl ps o tchncal dvlopmnt n om collaboaton dscplns. Matals scnc povdd jst sch a vn. In th 1950s, many dal nds bcam convncd that nth mpcally dvn nnn ots, no pncpl-basd physcal nvstatons w adqat to addss th tchncal challns o Cold Wa dvlopmnt. Th htoc that ths two componnts ndd to b lnkd dvlopd ov th cos o th 1950s wthn th bonn dal advsoy systm. It was wthn commtts o th Natonal Acadmy o Scnc, th Oc o Naval Rsach, and oths, that th amnt was dvlopd o pttn sold stat physcs nto convsaton wth “matals sach,” whch, thoh th lat 1950s, was laly an nnn n nn spcalty spcalty.. That amnt wold b opatonalzd most oclly oc lly by th Advancd Rsach Pojcts Ancy (ARPA), a mltay sach and dvlopmnt oanzaton that dd th most to dn matals scnc by ondn a ss o ntdscplnay laboatos on Amcan campss, whch ctd th collaboaton btwn ths banchs o scnc and nnn by physcally colocatn othws scattd nvsty sach ops. By 1975, whn th Commtt on th Svy o Matals Scnc and Ennn (COSMAT) pblshd ts spawln pot on th stats and dcton o matals scnc,  Materials and Man’s Needs, th ats o sold stat phys-

 

122

SOLID STATE STATE INSURRECTIO N

cs and matals scnc w nttwnd, wth th consqnc that matals scnc had bcom a thoohly ntdscplnay xcs, and that sold stat physcs had ond a th way to alz Smolchowsk’s vson o t as an otwad-lookn, collaboatv ld attnd to ts tchnolocal potntal. MATERIALS MA TERIALS RESEARCH BEFORE MATERIALS SCIENCE

“Matals” bcam a xaton o th US dal  dal advsoy systm n th 1950s. As dstnshd om th mo nc tm “matt,” “matals” s to th st o tchnolocal dvlopmnt, wth popts that answ som poxmat nd. Thos nds w many n th aly Cold Wa. A and watcat, commncatons appaats, ny and wapons systms, and consm tchnolos all acd matal constants, and so sach nto nw and mpovd matals psntd statc oppotnts. It was not mmdatly vdnt to thos psn ths statc oals, howv, how physcs mht b lvant to ths nds. In 1951, Natonal Rsach Concl (NRC) omd asach Matalsmht Advsoy Boadth (MAB) to valat how advancs n matals addss statc bottlncks, patclaly n mltay dvlopmnt. MAB w om th old Mnals and Mtals Advsoy Boad. Th nam chan ctd “conton o th ntlatons o th mtals and nonmtals, patclaly n stctal applcatons.” Bt dspt th boadnd scop o th nw commtt, MAB’s aly 1950s taton had lttl contact wth physcsts. A 1954 pot dscbd th chan by notn: “Th Boad has bn constttd to ncld matals nns, chmsts, and mtallsts . . . to povd advsoy svcs to th Oc o th Assstant Sctay o Dns o Rsach and Dvlopmnt and to th Admnstato o th Gnal Svcs Admnstaton.”5 Oth aly ss o “matals sach” a smlaly nnn-cntc. Mltay sach oanzatons ollowd th NRC’s lad, cmntn matals sach as a pomnnt tat o Cold Wa sach and dvlopmnt. Th stcton to nnn ban to t o od towad th nd o th dcad as MAB hond ts msson, nstalld physcsts n nntal ols, and mbacd th lvanc o basc sach n a lmtd ashon. A 1957–58 NRC pot notd that “ncasd attnton to matals boht abot by th nds o wapons systm dvlopmnt has sltd n a consdabl xpanson xpan son o actvty o th Matals Advsoy Boad.”6 Th xpanson ncd h dd not jst ndcat nw n w psonnl, bt also vocs om nw dscplnay camps.

 

SOLID STATE STATE AND MA MATERIALS TERIALS SCI ENCE

123

Th nclson o physcsts, most o whom hald om th nwly vbant ld o sold stat physcs, concdd wth a makd sht n th mphass o matals sach. MAB’s xpandd topcal badth s vdnt n ts 1960 pot, “Fndamntal Aspcts o Matals Rsach.” Th commtt ncldd Conll physcst Jams Kmhansl as dpty cha. Th psnc o a physcst amon th mtallsts, mtall sts, chmsts, and ndsty mavns who pvosly composd th commtt ndcats MAB’s mn pnc o clos connctons btwn basc sach and ts applcatons, a poston that was ovt and nt by 1960. Th commtt ctczd th Dpatmnt o Dns’s xstn ots to moblz basc sach to statc nds, makn that “n-hos basc sach capablty s ossly nadqat.” Th commtt d th sach ams o th amy, navy, and a oc to sponso “ston cntalzd laboatos n whch basc sach, compsn th nt spctm o potntally ptnnt scnc ncldn th matals scncs, can b pomotd.”7 Ths commndatons, dsnd nhanc to possbn knowld to ba on th dns nds to o th naton“th n thablty shotst bl tm,” cam to dn th msson o matals scnc as t was mand wthn th dal advsoy nastct.8 Th concpt o basc sach was appopatd n svc o tchnolocal dns nds, whch w not bn addssd wth alacty scnt to appas th Dpatmnt o Dns and ts amy o advss. Rspondn to pss to moblz basc sach socs n od to acclat blackboad-to-battlld tnaond, th NRC boadnd ts concpton o matals scnc stll th. In 1960, a commtt to consd th “Scop and Condct o Matals Rsach” was omd “to vw th total matals sach nds o th conty wth laton both to natonal dns and th pblc wla mo nally; to appas th adqacy o psnt sach poams to mt thos nds; to consd th socs o psonnl, aclts, and admnstaton that a avalabl; and to mak commndatons o th cocton o dcncs that th Commtt may dnty.”9 Alonsd th la complmnt o nns, chmsts, and ndstalsts, ths commtt ncldd sold stat physcst Fdck Stz and mtallst Cyl Stanly Smth, th dcto o th Unvsty o Chcao’s Insttt o th Stdy o Mtals, a pomnnt cnt o sold stat sach. Th pot’s commndatons ctd a clos ntaton btwn scnc and nnn. It advocatd cntalzd cntalz d ndn, coodnaton, and ovsht o

 

124

SOLID STATE STATE INSURRECTIO N

matals sach as wll as “stnthnn th nvsts n th dal ol o tann scntsts and nns and a nd also don basc sach.” sach.”10 By 1960, scntsts advsn th dal ovnmnt laly advocatd mchansms to ncas dalo btwn thos stdyn th popts o matals and thos mplmntn that knowld n statcally lvant ways. Th advsoy mphass on matals, n patcla wth spct sp ct to tann and basc sach, xtd ts nnc wthn Amcan nvsts. Th st majo txtbook o matals scntsts and nns appad n 1959: Lawnc Van Vlack’s  Elements o Materials Science  amd to synthsz tadtonal nnn appoachs wth basc scnc. Van Vlack nomd hs ads: “Th sbjct matt taht n Ennn Matals coss s chann chan n apdly a pdly.. Fomly Fomly,, ths sbjct sbj ct was taht t aht on an mpc  mpcal al bass. bas s. Now, Now, althoh th scnc o matals s a om complt, t can b appoachd om a mo scntc vwpont, bcas o th dvlopmnt o pncpls whch lat th popts and bhavo o many matals to th stcts and nvonmnts. nvonmnts.”” Nonthlss, th volm mand ocsd towad th o nns: “Thsstdnts ntodctoy . . . s dsnd o shman andnds sophomo nnn wth atxt backond n nal physcs and chmsty; t dos not s th oos appoach whch s common n sold stat physcs books.”11 T to Van Vlack’s dscpton, th txtbook s lht on omalsm, optn to dlv contnt thoh pos, pcts, and daams, appaln to vsally and mchancally ontd nnn stdnts. As both th tajctoy o MAB and Van Vlack’s txtbook ndcat, s o th tm “matals scnc” to dnty a sach aa, onally stctd to nnn, ban to xpand by th lat 1950s. MAB cam to advocat o th dsablty o ncasd contbtons om basc scnc to addss statc tchncal oals, ctn th dal ovnmnt’s mphass on th challns o matal constants n th mltay and spac poams that wold b ampld at th Sovt Unon lanchd Sptnk 1 n 1957. Bt matals sach was stll mly nsconcd n an nnn tadton thoh th nd o th 1950s, a stat o aas that wold chan n th aly to md-1960s, whn matals scnc md as a s ns ntdscplnay xpmnt. THE ADVANCED ADVANCED RESEARCH PROJECTS AGENCY AND THE INTERDISCIPLINARY LABORATORIES LABORATORIES

Th Advancd Rsach Pojcts Ancy, ondd n 1958, hastnd th tanston towad an ntdscplnay dnton o matals scnc. 12 On

 

SOLID STATE STATE AND MA MATERIALS TERIALS SCI ENCE

125

o ARPA ARPA’s st la-scal ndn ntatvs sppotd a ss o nvstyhostd ntdscplnay laboatos (IDLs) ddcatd to th stdy o matals. Th IDLs pomptd nvsts to collaps dpatmntal dvsons wthn th contxt o matals scnc, scnc , catn sts wh stdnts cold b accltatd to thnk boadly abot poblms latd to matals and th lmtn ct on tchnolocal dvlopmnt. Wthn ths IDLs, th tchncal, scntc, and admnstatv chaact o matals scnc ban to tak shap. ARPA’s call o poposals ctd th 1950s-a advsoy mphass on matals as a bottlnck o statc dvlopmnt. “Th Govnmnt,” t nsstd, “has a vtal stak n th stablshmnt o th bst possbl matals sach and dvlopmnt poam. Ths s t bcas matals a a  a lmtn acto n th pomanc o th advancd systms and dvcs ssntal to th opatons and an d mssons o Govnmnt ancs and dpatmnts. dp atmnts.”” Th nxt paaaph ndcatd ARPA ARPA’s ntnt to xpand pon th matals scnc concpt: “In od to stnthn basc sach n matals scncs . . . th Govnmnt dcdd to sppot th stablshmnt o aTh nmb o ntdscplnay matals sach laboatos n nvsts. objctv o ths Intdscplnay Laboatoy Poam s to xpand th natonal poam o basc sach and tann n th matals scncs.”13 Gvn ARPA ARPA’s mphass on attackn tchnolocal lmtatons by tann stdnts, t s notabl that th ancy chos to pomot th dvlopmnt o a nw ntdscplnay ld, ath than to sppot ots n xstn dscplns, sch as sold stat physcs, whch alady mantand a smla balanc btwn basc and appld ams. Matals scnc w om th sam typ o synthss btwn sach on mtals and nonmtals as sold stat, bt sold stat, whch stanchly mantand ts physcs bona ds, was not svn dns nds as ARPA saw thm. Matals scnc, as t coalscd wthn ARPA’s IDLs dd, howv, mmc th staty sold stat had pond o oanzn a nw dscpln to addss contnnt contmpoay nds. Ths nds w possonal n th cas o sold stat and tchnolocal n th cas o matals scnc, bt thy smlaly saccd clos cohson to oth nds. Twlv nvsts won IDL contacts btwn 1960 and 1962. Th st th w hostd at Conll Unvsty, th Unvsty o Pnnsylvana, and Nothwstn Unvsty, Unvsty, wth th mand appan appa n n qck sccsson at th Unvsty o Chcao, Bown Unvsty, Havad Unvsty, th Unvsty o Mayland, th Massachstts Massachstt s Insttt o Tchnoloy Tchnoloy,, th Un-

 

126

SOLID STATE STATE INSURRECTIO N

vsty o Noth Caolna, Pd Unvsty, Stanod Unvsty, and th Unvsty o Illnos–Ubana.14 ARPA nds pomptd ths nstttons to consoldat th matals sach ots,  ots, whch w otn scattd acoss sval dpatmnts and dstant camps locatons, n cntalzd “Matals Scnc Cnts,” natn aly xampls o th “cnt modl” dscbd by Cys Mody and Hynsb Cho.15 Th Massachstts Insttt I nsttt o Tchnoloy povds an apt cas stdy. John C. Slat spahadd MIT’s IDL applcaton. Slat, lk John Van Vlck, and hs PhD at Havad nd Edwn Kmbl n th aly 1920s and psntd th st naton o domstcally tand qantm thosts.16 By th 1950s, h was an Insttt Posso o Physcs—th st at MIT to b antd ths honoay ttl. H dvotd th blk o hs tm to a sach poam n sold stat and molcla thoy, whch sd th latst dtal compts to attmpt calclatons o th popts o solds and molcls om st pncpls. Slat mantand a ston commtmnt to a sach poam ootd n th physcs dpatmnt. Fo o th v aclty mmbs alatd wth th sold stat and molcla thoyP.op w physcsts—Slat, physcsts—Slat László Tsza, Go F. Kost, and Mchal Bantt—and on, Walt R.,Thoson, was a chmst. Slat’s ab nto appoach sd th most cnt dtal comptn tchnoloy to calclat wav nctons o solds and molcls wth as w smplcatons as possbl. Known as “Slat physcs” aond th nsttt camps, ths appoach povd too abstact o th tachn nds o MIT’s nnn dpatmnt, whch boht Mldd Dsslhas om Lncoln Laboatoy to dvlop a cos n sold stat thoy o nns n 1967. 17 Slat was nvthlss n tn wth th collaboatv, ntdpatmntal ots that chaactzd MIT’s sach clt n th 1950s. In hs cospondnc wth ARPA admnstato John F. Kncad, Slat dntd “Aonatcs and Astonatcs, Chmcal Ennn, Chmsty, Cvl Ennn, Elctcal Ennn, Mchancal Ennn, Mtally, Mtally, Naval Achtct, and Physcs” as th dpatmnts n whch matals sach was condctd.18 Slat, conscos o th mphass on ntdscplnay collaboaton wthn advsoy ccls, took pans to mphasz ths aspct o MIT’s xstn sach poams. MIT’s ntal poposal to ARPA was ttld “Th Intdscplnay Nat o M.I.T. Rsach,” and asstd that “[o]n o th ndamntal ats o o poposal lats to th way n whch w xpct th vaos dscplns to coopat n th sach.”19 Th poposal land on th cod MIT had stablshd pomotn connctons btwn dpatmnts, mphaszn n

 

SOLID STATE STATE AND MA MATERIALS TERIALS SCI ENCE

127

patcla th Laboatoy o Inslaton Rsach (LIR), ondd n 1940, and th Rsach Laboatoy o Elctoncs (RLE), ondd at th Scond Wold Wa to psv aclts, qpmnt, and poams assocatd wth watm ada sach.20 Slat was qally attnd to ARPA’s ntst n adat tann, assn Kncad: “W l that stablshmnt o ntdscplnay laboatos wold b th bst way to ncoa xpanson n adat tann tan n and sach.”21 Th nat cospondnc btwn Slat’s htoc and ARPA dals mht b ad as cyncal kowto kowtown wn to a nd’s dmands  not o th smla ntatvs that had bn nd n d way at th nsttt po to ARPA’s ARPA’s call o  o poposals. In Octob o 1958, Slat cclatd a mmo potn “a ood dal o dscsson o th dsablty o som mchansm o ttn clos lason btwn psons n vaos dpatmnts o th Insttt ntstd n sold-stat and molcla scnc, scnc,”” and ndcatn boad sppot om “mm“ mmbs o th chmsty, lctcal nnn, mchancal nnn, mtally, and physcs dpatmnts.”22 Th commtmnt to coss-dpatmnt collaboaton at MIT ts s vdnt as a back as th aly 1940s, whn th nsttt ban moblzn socs o wa wok. Ath von Hppl, th oc bhnd th Laboatoy o InslaI nslaton Rsach commntd n 1942: Th s no al bonday btwn physcs and lctcal nnn. O ld s a banch o appld physcs manly concnd stll wth th applcatons o Maxwll’s thoy. Whl th physcst stood “clan” o sch sl tasks and stov o nsht, th lctcal nn blt a nw conomy and talkd n a nw tchncal lana appopat o hs tools. Ths th lnk btwn th two was wan thn, ntl vnts ocd both sds nto clos co-opaton. Th physcst ban to toss nto th doman o th lctcal nn nw nstmnts, sch as thmonc tbs and photoclls, cts, thmstos, and oscnt lamps, whch cold not b ndstood on th old classcal bass. And th lctcal nn pld n knd wth mac ys, complx mpdanc bds, hh-qncy natos, hh-volta machns, and mants o cyclotons, whch voltonzd th xpmntal tchnq o th physcst.

In consqnc, accodn to von Hppl, “Th nc btwn th two lds [physcs and lctcal nnn] s alln nto dspa.” 23 Th LIR was von Hppl’s pm xampl o MIT’s convcton that dpatmntal dvds cold mpd poss.

 

128

SOLID STATE STATE INSURRECTIO N

Follown n that tadton, MIT scntsts had bn tchn o a mo consoldatd matals poam p oam snc th p-ARP p-ARPA A 1950s, whn a poposal o an xpandd poam o matals sach was compld at th bhst o th Atomc Eny Commsson n 1956.24 Th poposal codd a total o 88,020 sqa t dstbtd ov nn dpatmnts, svn 87 acadmc sta and 419 sppot psonnl. It calld o consoldatn ths ots n a 100,000-sqa-oot Matals Rsach Laboatoy, Laboatoy, whch wold pomot 25 a “mo ndamntal appoach” to matal lmtatons on dvlopmnt.  By th tm o th ARPA poposal, th stmat o th sz ndd to accommodat camps-wd matals scnc ots had mo than tpld to 350,000 sqa t, ndcatn both th owth o matals sach at MIT and th xpanson o ts scop n th ntvnn yas.26 At MIT and lswh, ARPA povdd th nastct to mak consoldaton asbl on a la scal. Slat wot to Kncad wth a ank assssmnt o MIT’s physcal constants: “At psnt all o o wok n matals sach s vy cowdd, and w cold hadly xpand at all n nmb o stdnts n som patsall o th th wok ld wthot povdn bldn spac. To accommodat n th ld, on thaddtonal scal on whch w shold lk to opat, wold q a bldn o appoxmatly 350,000 sqa t oss oo spac. Ths wold cost somthn lk $14,000,000 to bld.”27  Whn APRA ndd an IDL at MIT n 1961, t ncldd a 200,000-sqa-oot bldn.28 Althoh ths ll shot o ll consoldaton, t povdd th nsttt wth a ccbl la noh to cook p a stabl ntdscplnay ld. Th physcal spacs ARPA povdd w dscplnay laboatos as wll as matals sach laboatos.29 Thy hostd a natonwd xpmnt n ntdscplnay collaboaton, ot o whch th ld o matals scnc slowly md. A mmoandm snt om ARPA ARPA to ts IDLs n 1962 dscbd th tms o th xpmnt: “As yo know, w hav ndtakn th sponsblty o ntatn a poam n th natonal ntst wth nvsts o ‘basc sach and adat dcaton’ n a somwhat loosly dnd aa calld call d matal scncs. scnc s. Yo Yo hav to a at xtnt dnd what s mant—at last n yo nvsty—by matal scncs by lstn n yo poposals to s th nams o ndvdals yo blv to b th co o th poam at yo nsttton. Th collctv sach ntsts o ths ndvdals dns n mo dtal matal scncs. sc ncs.””30 Fo ARPA, dnn matals scnc was an mpcal qston, wth th cavat that th oals o th ld w stablshd n advanc. “Matals scncs” d to th collaboa-

 

SOLID STATE STATE AND MA MATERIALS TERIALS SCI ENCE

129

tons that povd podctv accodn to th standads dtmnd by th IDL poam’s objctvs. Th nclson o sold stat physcs n ths dscplnay xpmnt ndwot ARPA’s asston that t was concnd wth basc sach. By mantann ts dntty wthn physcs, sold stat tand a clam, howv contntos t wold bcom, to bn a ndamntal scntc dscpln. That clam mad t sl to t o matals scnc, whch td n pat to st down a smooth sttch o pavmnt tavsn th ados path pa th btwn thotcal nsht and pactcal masty. ARPA’s lon-tm sccss pomlatn ths pct s vdnt n a 1987 svy txt, whch psntd sold stat physcs as “at th co o naly na ly all lds, whl Matals Scnc mbacs th wd applcaton o th basc stds.”31 Th on o matals scnc wthn ARPA’s IDLs psntd th la-scal adopton o sold stat’s htodox appoach to dnn possonal catos. ARPA statd wth a st o conct objctvs: to consoldat sach on matals om a an o dscplnay standponts and to tan wthn nw synthss. It no thnad pomotd th omaton o a ldstdnts to addss thosths objctvs, shown o whth o not th ld that md obyd tadtonal bondas. In don so, t catd a spac n whch a poton o th sold stat commnty cold mak a hom and cmnt th cas ca s o ts tlty  tlty.. At th sam tm, t xacbatd th ndlyn tnsons btwn thos who champond sold stat’s tchncal lvanc and thos who soht to poston t as a ndamntal ld o physcs. On on hand, th allanc wth matals scnc psntd th potntal o sold stat physcs to sc labl, dal sppot by nocn ts lvanc to th poblms o th a. On th oth hand, t psntd th dan o stayn om physcs, and ths losn a clam to th ntllctal msson that, dspt th poss sold stat had mad n makn physcs as a whol mo sponsv to ts socal ml, contnd to st at th hat o th Amcan physcsts’ dntty. MATERIALS AND MAN’S NEEDS

An otn-patd wttcsm o nctan povnanc nssts that “anythn wth scnc n ts nam sn’t.”32 Matals scnc s n som spcts a conmn nstanc. Th tatmnt o th sbjct n Materials and Man’s Needs, a Natonal Acadmy o Scnc (NAS) panl pot, llstats how. Also known as th COSMAT (o Commtt on th Svy o Matals Scnc and Ennn) pot, t opnd wth a covn ltt om Mlvn Calvn,

 

130

SOLID STATE STATE INSURRECTIO N

cha o th NAS Commtt on Scnc and Pblc Polcy, Polcy, to NAS psdnt Phlp Handl. Calvn pontd ot that, nlk NAS pots on oth dscplns, whch mphaszd th potntal o scntc advanc n thos lds, th COSMAT COSMAT pot wold ocs on needs, and how to mt thm. Matals, as a catoy, w dnd by th slnss, so any ld ontd aond thm wold hav an ssntal nnn componnt.33 Bt vn  matals scnc cold not b poply ndstood as a scnc, t bcam adally mo scntstc thoh th 1960s and aly a ly 1970s. As Cyl Stanly Smth makd n 1968, “Evn n th ld wh h was onc spm bcas h alon cold mak o bld, th nn s cntly losn stats to th scntst.” scntst.”34 Th owth o “matals scnc,” n contast to “matals sach,” dd snal a mannl chan, namly th own pvalnc o sold stat physcsts and chmsts—who mantand mantan d th dntty as sch, vn whl contbtn to matals scnc—n what had pvosly bn an aa domnatd by mtallsts, tchncans, and nns. Evn n th md-1970s, howv, at th st o ARPA’s IDLs had bn opn a dcad, th dct pactcal payoTh o bnn th pot basc scncs o ntoov matals scncs was lss than cla. COSMAT acknowldd: “Dspt th many mpssv achvmnts o matals sach th s th awanss that only th sac o scntc capablty has bn scatchd. Th majoty o advancs hav hstocally bn mad va th mpcal appoach. Most nw matals o popts a avd at o dscovd by ct-and-ty mthods—nw chmcal o alloy compostons a ppad and chaactzd and th vaos popts a dtmnd. Th a sally ndlyn atonals o phnomnolocal modls to ths mpcal appoach bt t s a ndd o a nw matal o popty to b pdctd om basc pncpls. pncpl s.”” Howv Howv,, th pot contnd: “Th pncpal xcpton to ths staton s n th aa o snl cystal matals, patclaly thos sd n sold stat lctoncs. On th oth hand, tchnqs and concpts o physcal scnc a otn ssntal o chaactzn and podcn th popts o vn  vn mpcally-nvntd matals. Wth Wth lctonc matals, d to th combnd talnts o chmsts, mtallsts, physcsts and lctcal nns a d o ndstandn has bn achvd, at last o th smpl cystals, so that matal compostons havn th dsd physcal popts can otn ot n b pscbd bohand. bohan d.””35 By th md1970s, n oth wods, th mts o adoptn a pncpl-st appoach to matals dvlopmnt w stll laly notonal.  Materials and Man’s Needs, n act, xpsss consdabl staton

 

SOLID STATE STATE AND MA MATERIALS TERIALS SCI ENCE

131

abot th dclty o tanslatn thotcal sold stat wok nto pactcal payos, patdly ctn th nd o mo sach to bd th ap btwn a boad scntc ndstandn o matal stct and bhavo on on hand and th tools to pdct sabl matal popts wthn asonabl tolancs on th oth. Asd om a w cass n whch th popts o smpl cystals cold b pdctd n advanc, thotcal ndstandn was stll too cd o sold stat to o mch o a pactcal ad to th complx and tatv pocss o matals dvlopmnt. Ths s not to say that th tchncal lvanc o sold stat physcs was ovsold, smply that th ot om thotcal ndstandn to pactcal applcaton was somwhat mo mandn than ARPA had spposd whn t nvsond ts IDLs as hh-otpt actos o statc matals. Sccsss n sch dct applcaton o thoy to pactc w w. Ths w naow aas o sccss, howv, w noh to jsty th systmatc appoach o ncoan ntdscplnay collaboaton aond th nxs o matals that ARPA had spahadd n th aly 1960s. Th COSMAT panl commndd that nvsts ncas ntdscplnay both sach and dcaton, and that th dal ovnmnt actvts contn n sppot o th matals sach cnts that mht host sch actvts. Evalatn th COSMAT panl’s stanc and commndatons vals that th matals scnc allanc had as mch to do wth nstttonal convnnc as t dd wth mpovn sach nto pactcal nds. It had bn damd p by ARPA ARPA n od to povd answs to tchncal qstons, q stons, and t ctanly dd so. Bt t s not cla to what xtnt ts answs w systmatcally btt than thos that t hat nns mht hav achvd wokn n compaatv solaton,  thy w vn accss to a smla d o ndn. Matals scnc dd, howv howv,, o mtally bncal possonal possona l wads o both ts old and nw consttnt dscplns. Matals nns w abl to assocat thmslvs wth th stats that scntc sach had attand and nd o ctcsms o th mpcal, phnomnolocal mthods as nadqat o th task at hand. Scntsts o th pat, and sold stat physcs n patcla, ond a stady stam o nancal and an d nstttonal sppot at tm whn ndn o basc sach was bcomn had to sc. FRIENDS OF CONVENIENCE

By th 1960s, havn lastd thoh th nstttonal own pans o th APS and a shakp o th pblshn landscap, sold stat was scly nsconcd n th Amcan physcs commnty. In 1949, I. I. Rab had

 

132

SOLID STATE STATE INSURRECTIO N

sstd that dvsons o th APS w only ncssay o “‘pphal’ lds.”36 By th nd o th 1960s, both ncla physcs and patcl physcs had dvsons o th own. Th aly postwa od, n whch a collcton o nw ntst ops obtd a co o physcs that cad on th dals o th aly twntth cnty, and at som mov, was dssolvn. Laly on th sccss o sold stat physcs and latd ntpss, th nnc o th APS had boadnd to th pont that th lds that cad on tadtonal p scnc dals w on a pa wth th nw, mo tchncally advntos sblds, n nstttonal  not absolt tms. Th allanc btwn physcs and matals scnc wold vntally lad, n 1990, to th APS stablshn a Dvson o Matals Physcs, pomotn to dvsonal stats a topcal op that had omd n 1986. At that pont, 70 pcnt o th topcal op’s 2,869 mmbs w also mmbs o th Dvson o Condnsd Matt Physcs (th nam o th Dvson o Condnsd Matt Physcs om 1978 on; s chapt 8), bt th mphass o th two ops had bcom scntly dnt that th APS xctv com37

mtt dtmnd that acatoy nw dvson was jstd.  Th acknowldmnt o th xplctly appld o “matals” as a ll-dd topc o physcs cts a sotnn o atttds towad appld physcs that ban wthn th APS n th aly 1970s. Th APS concl, spondn to th challnn ndn staton n 1970, ssd a statmnt that cast physcsts as dply concnd wth th consqncs o th wok: “Th poblms w ac as a naton call o mo knowld, not lss; and btt tchnoloy. Btt tchnoloy mst b basd on mo xtnsv ndstandn o scntc acts act s and possblts.” 38 Th socty dd dm n 1972 whn od chat mmbshp n th Fdaton o Matals Socts, jdn that oanzaton’s ntsts to b alnd mo closly wth nnn than wth scnc, bt t athozd th Dvson o Sold Stat Physcs (DSSP) to patcpat n th daton as an obsv.39 In 1974, th APS appovd an IBM-sponsod pz o nw matals.40 In 1975, a nw standn commtt on th applcatons o physcs convnd o th st tm, spondn to a ston sns that conton and spct o appld physcs, both om oth physcsts and om th wd socty, ndd to b mpovd. 41 Th ndl appoach to tchnoloy, and actv cnsn o th snobbsh atttd towad appld physcs that th APS acknowlds was dply ootd n th clt o Amcan physcs, was n la mas a spons to nancal psss. Th notonal lon-tm lvanc l vanc o basc sach, whch had scd to jsty lbal mltay spndn on scnc n th two dcads

 

SOLID STATE STATE AND MA MATERIALS TERIALS SCI ENCE

133

o so at th Scond Wold Wa, povd nscnt to jsty contnd annal ncass n sach bdts. Fo most physcsts, and spcally o sold stat physcsts, ths mant valatn th noton o lvanc and xplon nw avns o makn that lvanc known. Matals scnc md n oppotn concdnc wth ths dvlopmnts. Skptcsm abot th payo om ndn basc sach ncoad th polaton o th ntdscplnay appoach to scnc ndn that ARPA had pond— basc sach typcally bo t on th scal o dcads, phaps that tmln cold b oshotnd by ocn clos contact btwn basc and appld lds. That atttd, combnd wth sold stat’s nstttonal scty wthn physcs, allowd sold stat physcsts to patcpat n th matals scnc xpmnt n mass wthot jopadzn th dntty as physcsts n a way that wold hav bn dclt n th 1950s. Th COSMAT pot stmatd that 2,211 PhD-holdn sold stat physcsts w nvolvd n matals scnc. Th sam pot stmatd thos sold stat physcsts as constttn 13.6 pcnt o all PhD scntsts patcpatn n matals mat scnc. Jst ov twc thatonmb mmbs o th DSSP that samals ya. Th total mmbshp th APSw n 1973 was 27,291.42  Matals scnc, n oth wods, constttd a sbstantal popoton o what sold stat physcsts dd by th aly 1970s. Sppot om ARPA, th NSF, and oth dal ancs that tatd matals allowd sold stat physcsts to ncas th bas o nancal sppot at th ntal xbanc o ndn scnc at th Scond Wold Wold Wa Wa ban to wan.43  Ths alnmnt nsd an abndanc o sppot o th ld n tobld nancal tms and hlpd pll physcs as a whol, by sh oc o nmbs, n mo lvant dctons. Th allanc lkws plld matals sach towad th scncs. Matals sach n th aly 1950s was a laly mpcal nnn dscpln. Bt  th advsoy appaats was so on stand-alon basc sach, t was qally skptcal o stand-alon nnn. Intdscplnay collaboaton was n vo. Basc scnc njoyd a nq pstmc cacht, vn n th ac o concns that t dd not podc slts ast noh and aanst th backond o Vtnam-a concns that tha t physcs, spcally, spcally, was moally nmood. Th dal advsoy systm now saw physcs (and sold stat n patcla) as an ssntal componnt o tchncal dvlopmnt, albt on that was not lvn p to ts potntal. Wlcomn sold stat physcs tho hlpd tansom matals sach nto matals scnc and thby lvat ts standn. Th allanc btwn sold stat physcs and matals

 

134

SOLID STATE STATE INSURRECTIO N

scnc, that s, omd amd th htoc o tchnolocal lvanc, bt was dvn lss by th dmonstatd otcoms o collaboatons btwn dscplns than t was by th possonal advanta ach cold an om th oths. A ston physcs psnc n matals scnc scnc  was possbl bcas sold stat physcs had sccdd n stablshn tsl mly wthn physcs, and had boadnd th dntty o Amcan physcs n don so. Th dcson to man closly td to th co concns o physcs pad o o both sold stat and physcs as a whol as th ond shtd nd th t and th contxt dmandd at sponsvnss to mmdat tchncal nds. Nvthlss, p scnc mand a powl latv dal, vn o sold stat physcs, and th tchncal tn t n o th lat 1960s and aly 1970s wold spak a backlash. Th nxt two chapts consd how sold stat physcsts oht to hold on to th dntty as ndamntal sachs n an nvonmnt dtmnd to ndstand th val n stctly tchncal tms.

 

7

RESPONSES TO THE TH E REDUCTIONIST WORLDVIEW

In nal, o physcal wold, th wold that acts s as hman bns, s a low-ny wold, not a hh-ny wold. —ALVIN —AL VIN WEINBERG, WEIN BERG, 1964

Dn th 1960s, th p scnc dal took on a patclaly vlnt om wthn th hh ny physcs commnty. Rdctonsm md as th domnant phlosophy amon thos skn to ndstand th phnomna obsvd n clod chambs, bbbl chambs, and oth nw nstmnts that ndd th nvsbl mcowold vsbl. It hld that all thotcal knowld abot th wold std on, and was n som sns contand wthn, th ls ovnn th lmntal componnts o matt and ny; vythn ls, locally spakn, bold down to thos basc laws and concpts. Establshn a dctonst sach poam dntatd hh ny physcs om ncla and atomc physcs, wth whch t shad a concptal ancsty.. In th 1960s, acclato physcsts ban ancsty b an to spak sp ak o two onts: ont s: an ny ont and an ntnsty ont. Explon th om qd bldn la machns wth hh bam ns, whch acltatd pobn th smallst consttnts o matt. Th latt calld o acclatos that cammd mo patcls nto small spacs, natn mo collsons and mo complx ntactons, avon xpmnts that xplod patcl dynamcs. In th aly 1960s, ths twn onts w sn as complmntay. Stanod xpmntalst Wolan Panosky, spakn bo Conss n sppot o ndn o th Stanod Lna Acclato (SLAC), a low-

 

136

SOLID STATE STATE INSURRECTIO N

ny, hh-ntnsty acclato, cold stat that “th dnt typs o acclatos a not n comptton wth on anoth.” 1 That wold man t only as lon as lbal dal ndn was avalabl to mt th dmands o both poams. By 1968, whn M. Stanly Lvnston, convnto convnto o th cycloton, ttld hs lmntay patcl physcs txtbook  P  Particle article Physics: The High-Energy  Frontier , that was no lon th cas. “Th hh-ny ont has bcom

th nancal-sppot ont,” Lvnston wot, dndn xpndts on la-scal acclatos on th bass o “val to o socty o ths nw knowld abot nat” that dscovs at th hh-ny ont wold psmably yld.2 Th patcl physcs commnty, by th lat 1960s, had bt th chps on hh ns as a s th bst chanc to ns onon dal sppot and th ntnatonal pmnnc o Amcan patcl physcs.3 Th dctonst woldvw jstd psn th ny ont at th xpns o th ntnsty ont. It soht to bstow xclsv jsdcton ov ndamntal physcs to patcl physcsts, n th pst o lmntay patcls and th ocs ovnn thm, whchscals thy w wlln shaItwth cosmolosts, who xplod th vy last o spac andtotm. was also motvatd n pat by th acton o som ncla physcsts aanst th mltazaton o th wok, and psntd th commtmnt to th noblty o physcs and jcton o th nobl pposs to whch thy lt t had bn pt.4 Alonsd ts ntllctal and socal motvatons, th dctonst phlosophy llld a tmly nstttonal ncton n th 1960s. As dal ndn o basc sach thtnd and sold stat physcs w, patcl physcsts acd th pospct o dvdn a small pot o dal nds wth comptn lds at a tm whn thy had commttd to psn th ont o hh collson ns, whch dmandd v-la and v moxpnsv acclatos. Rdctonsm clamd both th mantl o basc scnc and th pot o dal nds ddcatd to t. Not all sold stat physcsts w contnt to b typcast as sks at somthn oth than ndamntal nsht. Rsponss to sn dctonsm amon hh ny physcsts shows how, at stablshn tchncally ontd wok as a ltmat povnc o Amcan physcs, sold stat physcsts thn soht to clam o th ld a pc o th ntllctal lacy o physcs as wll. Boadly spakn, dctonsm lctd two typs o sponss. Th st dnd th vy pms that physcal knowld cold b dmd “ndamntal” stctly on th bass o ts ntnsc ntllctal mts, wthot st consdn ts latonshp to oth alms o knowld. Th scond

 

RESPONSES TO THE REDUCTIONIST WORLDVIEW

137

accptd th pms that knowld cold b ntnscally ndamntal bt dnd th th pms that ndamntal knowld cold only b had at xtm scals. Th st o ths vws was champond by Alvn Wnb, Wnb, th dcto o Oak Rd Natonal Laboatoy. Althoh not a sold stat physcst hmsl, Wnb, as th dcto o a la, boadly nvstd natonal laboatoy, was snstv to th possblty that dctonsm, shold t bcom a dalt assmpton o th t h physcs commnty, commnty, cold advsly act sach on msoscal phnomna and h lt sponsbl o spakn on ts bhal. Th scond vw s most stonly assocatd wth Phlp W. Andson, th Bll Laboatos sold stat thost whos 1972 Science atcl “Mo Is Dnt” advancd a phlosophcal poston that wold com to b known as mntsm. Wnb’s and Andson’s vws val two htocal stats, asd om th dctonsm o hh ny physcs, that Amcan physcsts sd to navat th ndn bottlnck o th 1960s and 1970s. Wnb’s vw chod ots sold stat physcsts had pond to nvnt th co dntty oAndson’s physcs n anstad way that mad t mo sponsv to mmdat dmands. psntd an attmpt to bnd sold statsocal mo thtly to th tadtonal ntllctal ntllcta l co o th t h physcs commnty. commnty. CRITERIA FOR SCIENTIFIC CHOICE

Alvn Wnb Wnb and an d hs BA, MA, and PhD at th Unvsty o Chcao n th 1930s—a hady dcad o th school. H ntd n 1931, th ya Chcao’s yon, ston-wlld psdnt Robt Maynad Htchns nstttd adcal oms to ndadat dcaton.  dcaton. Wnb Wnb was amon th cohot to naat Chcao’s boad-basd, two-ya two-ya lbal ats co known as th “Nw Plan,” whch consstd o a common cclm o yalon coss n Enlsh composton, hmants, and physcal, bolocal, and socal scncs, cappd by comphnsv xams at th nd o two yas. 5 H wold cdt hs comphnsv ndadat dcaton wth condtonn hm to ndstand scnc n tms o how t nttwnd wth hman aas. 6 Wnb’s snstvty to th symboss btwn scnc and socty motvatd hs ssay “Cta o Scntc Choc.” Pblshd n  Minerva n 1963 and pntd n  Physics Today n Mach o th ollown ya, th atcl ad povocatvly that hh ny physcs, as a ld o knowld compaatvly movd both om oth aas o scnc and om qotdan hman concns, was lss than dsvn o th poty t was cvn n th dal scnc bdt.7 Whn h pblshd p blshd “Cta o Scntc S cntc Choc,” Choc,”

 

138

SOLID STATE STATE INSURRECTIO N

Wnb was th dcto o Oak Rd Natonal Laboatoy, a post h had assmd n 1955. H had sn thoh th anks at Oak Rd at alhtn th ollown hs svcs to th Manhattan Pojct at Chcao’s Mtallcal Laboatoy. That so pomnnt a  wold qston th mts o sppotn xpnsv acclato sach ankld n th patcl physcs commnty and ocd mo cal and pontd atclatons o ts dctonst phlosophy. “Cta o Scntc Choc” wand o toh chocs ahad as ndn o scntc sc ntc sach platad. pla tad. As th dcto o Oak Rd, Wnb Wnb wold b chad wth dcdn whch pojcts to ps and whch to sdln whn ndn thtnd. Antcpatn ths challn, h poposd cta o dtmnn whch sach cold clam poty n ndn battls, atclatn what wold bcom known as th Wnb Wnb cton: “Th wod ‘ndamntal’ n basc scnc, whch s otn sd as a synonym o ‘mpotant,’’ can b patly paaphasd nto ‘lvanc to nhbon ‘mpotant, n hbon aas o scnc.’’ I wold tho shapn th cton o scntc mt by poposscnc. that eld has the most scientic merit which whi ch n that, oth thns bn qal, contributes most heavily to and illuminates most brightly its neighboring scientic disciplines.”8 Concptal cndty was only on lmnt o Wnb’s ndamntalty calcls. Hs vw ncldd not only concptal contnt bt also tchnolocal tlnss and socal lvanc as componnts o ndamntalty. Tstd aanst ths cta, Wnb atd patcl physcs as poo, wtn, “I know o w dscovs n lta-hh-ny physcs whch ba stonly on th st o scnc. scnc.””9 Wnb pshd ths anda voosly at th 1964 mtn o th Amcan Physcal Socty (APS) n Washnton, DC. “Scnc whch commands at pblc sppot mst b jstd on onds that onat outside th patcla banch o scnc dmandn th sppot; t mst at hh n socal, tchnolocal, o scntc mt, pably n all th,” h ad, and challnd patcl physcsts “to stat th cas claly, to say xactly why t s that lmntay-patcl physcs s as mpotant as all o lmntaypatcl physcsts blv t s. To say that t s ‘ndamntal’ n tsl dos not answ th qston, bcas on thn has to dcd what on mans by ‘ndamntal.’ I td to ntpt th da ‘ndamntal’ n basc scnc to man havn th atst knd o ban on th st o scnc, and vn on oth hman knowld.”10 Sch a stanc holds cla tlty o th dcto o a la, boadly nvstd laboatoy sch as Oak Rd. Wnb vald sach poams that wold pomot sl connctons wth oth nt-

 

RESPONSES TO THE REDUCTIONIST WORLDVIEW

139

pss wthn th laboatoy o sho p th laboatoy’s socal and poltcal sppot. Wnb dd not challn th ntnsc ntllctal mt o hh ny physcs sach—whch vn amon ts shapst ctcs n th physcs commnty was nv qstond—bt pontd ot that “ on jsts a banch o scnc as a mans o xpandn man’s cltal hozon, thn on ts nto th qston o oth comptn ways o xpandn man’s cltal hozon, lk o xampl, an xpanson o th ats and o ltat and msc.”11 Th amnt hh ny physcsts advancd that th knowld hh ny physcs sks s nqly ndamntal and so shold b psd o ts ntnsc cltal mts asd th t h qston o why t was dsvn o nds  nds ot o popoton wth xpndts o oth actvts o ntnsc cltal val bt lttl dct pactcal lvanc. An appoach that ocsd on th ntconnctdnss o knowld st Wnb n dct opposton to th mn othodoxy wthn patcl physcs. Vcto Wsskop, an MIT patcl thost, took ss, and th two Today atcl nttld “Two Today ad dsamnt Opnth Ltts,” pblshdnna coathod Jn 1964. Physics Th xchan dd lttl to o a common ndstandn, bt t dd cod a cla xposton o ach pspctv. Wsskop ad that “th nclon s th bass o all matt and tho o all scnc,” whas Wnb Wnb totd that h was nonthlss, “jstd n chaactzn hh-ny physcs as ‘ath mot.’”12 Wsskop mphaszd th possblty n pncpl o dcn hh-lvl laws to low, bt Wnb ocsd on th mpactcalty o don physcs om th bottom p. Wsskop clamd that thos o low lvls w pvld bcas hh-lvl thos cold b dcd to thm; Wnb allowd any ld that mt hs cndty cton to clam ndamntal stats. It dd not matt o Wnb, whn choosn whch sach to nd, whth o not hh-lvl phnomna cold, n pncpl, b xpland n tms o low-lvl phnomna at th act bcas, conta Wsskop, Wsskop, h tstd th d o ndamntalty sach xhbtd by ts latonshp to oth aas o knowld ath than by ts ppotd p potd latonshp to physcal alty. alty. Ths dncs accont o why Wsskop Wsskop and Wnb Wnb talkd ta lkd past ach a ch oth: thy dsad at th co abot how ndamntalty was dvd. Th xchan wth Wnb pomptd Wsskop to dvlop hs thnkn th, and h aan spondd to “Cta o Scntc Choc” n hs own  Physics Today mssv n 1967. H dntd two camps n th physcs commnty; “ntnsvsts,” h clamd, soht st pncpls abov all ls,

 

140

SOLID STATE STATE INSURRECTIO N

Figure 7.1. Vcto Wsskop Wsskop’s ’s daam o ntnsv and xtnsv sach aas. RRpodcd om Vcto Wsskop, “Ncla Stct and Modn Rsach,” Physics Today 20, no. 5 (1967), 23–26, wth th pmsson o th Amcan Insttt o Physcs

whas “xtnsvsts” td ot applcatons o thos pncpls, th to tchnoloy o to oth scntc lds ( (  7.1).13 Th ntnsvst poston, as Wsskop Wsskop dscbd t, aptly chaactzd th dctonst woldvw that patcl physcsts adoptd n th 1960s. 14 H ctd Wnb as a paadm xtnsvst, and hs dscpton o xtnsv sach captd on aspct o th typ o ndamntalty  ndamntalty Wnb Wnb champond—th ntsctons nts ctons btwn bods o knowld—wth th cavat that Wsskop Wsskop xcldd th sach o sch connctons om th ndamntal alm. Th comptn vws o ndamntal scnc and scntc choc that Wnb and Wsskop advancd a bst ndstood as podcts o a shtn possonal landscap n th 1960s. Th chocs Wnb had n mnd whn h advancd hs ponymos cton w chocs catd by a thtnn ndn clmat, n whch had dcsons had to b mad abot whch pojcts to potz. p otz. Wsskop, Wsskop, n tn, was pshd to atclat an a n assmpton that was wdspad n th hh ny physcs commnty, bt whch was aly systmatcally dndd, bcas h ncontd pshback n th om o an altnatv vw o how to navat th nw ndn landscap. Smla concns wold motvat th bst-known spons to hh-ny dctonsm, ssd by Phlp Andson.

 

Figure 7.2. Phlp W. Andson, ca. 1962. Cdt: AIP Emlo Sè Vsal Achvs. Rpodcd wth pmsson

 

142

SOLID STATE STATE INSURRECTIO N

MORE IS DIFFERENT

Phlp W. W. Andson ( 7.2), a sold stat thost, was ptbd pt bd both by th nancal dclts basc sold stat physcs acd and by what h pcvd as th ld’s njstly low ntllctal stats. Andson had compltd hs PhD at Havad Unvsty n 1949. H mmdatly jond th sold stat op at Bll Laboatos wh h mbbd th spt o th15Bll systm, n whch h cold ps hs ntsts almost nncmbd.  As a stdnt o John Van Vlck, who had oht aanst th ncson o tchncal ntsts nto sold stat physcs, Andson was lkly pdsposd to s th ld n tms o ts potntal to mak ndamntal concptal contbtons. Th nvonmnt at Bll at th tm s nvthlss lvant to appcatn hs standpont. Bll was stll bzzn om  om th nvnton o th tanssto two t wo yas al, al, whch pomsd to voltonz th tlcommncatons ndsty. Ths and oth hh-pol sccsss attactd a slw sl w o talntd yon physcsts, and Andson ond amon a nqly la Stan and accomplshd assmbla o sold stathmsl thosts and xpmntalsts. Machlp, a postdoc who ovlappd wth Andson, wot to Wllam Shockly, th codcto o th Bll sold stat dvson, to cont hs mpssons and calld, “I thnk vybody on my hall was don xactly what h wantd to do,” and xpssd aw at th concntaton o xpts, xpts , obsvn that althoh “t’s not as ‘mütlch’ as a coll camps . . . [] yo’v ot an obsc tchncal t chncal poblm, chancs a that somwh n th two-ml ntwok o codos sts the xpt on ths patcla spcalty.” 16 That concntaton o xpts, combnd wth th tmndos sccss o th tanssto, av Bll otszd nnc ov th dvlopmnt o sold stat physcs thoh th postwa yas.17 Fom 1945 to 1970—whn th  Physical Review splt nto o sctons—Bll Labs physcsts w athos o coathos o 1,824 paps n th  Physical Review and  Physical Review Letters. Ths mad t a and away th ladn ndstal laboatoy by ths mtc. Ov th sam span, Gnal Elctc sachs placd 622 paps n ths two jonals, Wstnhos 458, and IBM 367. Bt ths otpt also placd Bll amon th most polc o any contbtos to th conty’s most pstos jonals, otpacn th la and wll-ndd physcs dpatmnts and sach nsttts o th Unvsty o Chcao (1,504), th Unvsty o Illnos (1,475), Colmba Unvsty (1,149), Stanod Unvsty (1,010), Havad Unvsty (992), Conll Unvsty (976), th Unvsty o Pnn-

 

RESPONSES TO THE REDUCTIONIST WORLDVIEW

143

sylvana (948), and Pncton Unvsty (942). Bll’s otpt spassd ach o th Natonal Laboatos and amon nvsts was bstd only by th Unvsty o Calona, Bkly (2,649) and th Massachstts Insttt o Tchnoloy (1,864), both o whch t wold hav xcdd  not o contbtons om Bkly’s Lawnc Radaton Laboatoy (1,741) and MIT’s Lncoln Laboatos (316).18 Th tanslaton o Bll sachs’ labos nto paps as wll as patnts cts a wokn nvonmnt mo akn to a la nvsty dpatmnt than to most oth ndstal laboatos o th a. Bll hostd, o nstanc, a nvsty-styl smna ss that attactd th ladn sold stat physcsts o th day and pomotd a clt o ntllctal xchan. In Andson’s assssmnt: “Indsty n nal was stll th b oom o ht dsks n Wstnhos and vybody tyn to  ot how th tanssto woks, and nobody don hs own sach. O t was GE wh th w a w popl don th own sach, bt thy wn’t ally th hh qalty o Bll Labs. . . . IBM was to bcom an mtato. Vaos thns w to bcom 19 mtatos. Bta Bll was nq. Wth th th 1950s atttdand at 1960s, last at bntn ths pont that yo had lot oLabs dom.”  Thoh om Bll’s vbant ntllctal clmat and consdabl nvstatv dom, Andson Andson condctd th sach that wold an hm th Nobl Pz h shad wth Van Vlck and th Btsh physcst Nvll Mott n 1977, “o th ndamntal thotcal nvstatons o th lctonc stct o mantc and a nd dsodd systms. systms.””20 By th lat 1960s, howv, vn dnzns o th Bll oass cold dtct twns o th concn aboad n th sold stat commnty. In th spn o 1967, Andson dlvd a lct at th Unvsty o Calona, San Do, that omd th sd o hs 1972 Science atcl, “Mo Is Dnt.” Th talk w, as Andson lat calld, om th smmn dscontnt h pcvd wthn th sold stat commnty commnty..21 In Andson’s vw, sold stat was accodd somwhat lss than ts d. Ncla and patcl physcsts w mo hhly soht-at n nntal ovnmnt advsoy ols, many pomnnt nvsts hd sold stat aclty only as an atthoht, and sold stat physcsts had tobl bakn nto pstos nstttons sch as th Natonal Natona l Acadmy o Scncs Scnc s (NAS). Th NAS NAS mmb olls valdat Andson’s concn. Btwn Chals Kttl n 1957 and both Andson and Chals Slcht n 1967, th acadmy admttd sx sold stat physcsts compad wth twnty-svn ncla and patcl physcsts.22 Andson’s nty nto th dspt ov th nat o ndamntal ndamn tal physcal

 

144

SOLID STATE STATE INSURRECTIO N

knowld dd not, as mht sm natal o a sold stat physcst, mo Wnb’s amnt that ndamntal sach s that whch xhbts boad lvanc. Instad, h jctd th naow chaactzaton o ntnsv sach that Wsskop (who had svd on Andson’s doctoal xamnn commtt) had advancd. Andson, howv, accptd a ky psmpton that Wnb Wnb had jctd: h ad a d wth Wsskop Wsskop and oth poponnts o dctonsm that ndamntalty was nnat to som typs o scntc knowld. H dsad wth thm only abot th alms n whch t cold b ond. Dspt dncs wth hs ostnsbl alls, h dd attmpt to ond th pmay conclson—that dctonst physcs shold not b ndd to th dtmnt o oth lds—on a sond phlosophcal bass. In don so h ocsd th dbat aond a snl dsamnt abot th nat o scntc knowld. “Mo Is Dnt” bns: “Th dctonst hypothss may stll b a topc o contovsy amon phlosophs, bt amon th at majoty o actv scntsts I thnk t s accptd wthot qston.” 23 Som bolosts, chmsts, o vn oth sold stat mht hav sstd thspsycholosts, chaactzaton, bt th statmnt ddphyscsts ct pvaln tnds n th physcs commnty. In 1970, patcl physcs sach cvd appoxmatly o ovnmnt dollas o vy on spnt on basc sold stat sach.24 Ths was dspt th act that th Amcan Physcal Socty’s Dvson o Sold Stat Physcs mand th last dvson and was ov twc as la as th Dvson o Patcls and Flds. 25  Th dctonst woldvw—vn  t was not, as Andson clamd, navly accptd wthn th scntc commnty boadly—had sccdd n shapn th way th dal ovnmnt ov nmnt ndd  ndd physcs. Andson opposd th asonn, whch h attbtd to patcl physcsts, “that  vythn obys th sam ndamntal laws, thn th only scntsts who a stdyn anythn ally ndamntal a thos who a wokn on thos laws.”26 Ths vw, accodn to Andson, statd om th hypothss that laws and concpts opatn on any vn lvl o complxty cold b dcd to laws and a nd concpts at a t a low lvl o complxty complxty.. It thby concldd that only sach addssn th ltmat consttnts o matt and ny cold b tly ndamntal. Th dctonst amnt blt nto patcl physcsts’ phlosophy o scntc knowld th jstcaton o psn sach on possvly small scals, sn acclatos o possvly hh ny and at cost. By an that th ondatonal chaact o small physcal scals cond pvl pon knowl-

 

RESPONSES TO THE REDUCTIONIST WORLDVIEW

145

d o th laws ovnn thos scals, dctonsm sppotd th vw that scnc ndn shold ct th t h hachy that patcl physcsts saw n th physcal wold. In hs ots  ots to ndmn nd mn ths poston, Andson avodd th Wnb Wnb cton and ts mphass on concptal, tchnolocal, and socal applcablty. H accptd th standad dctonst pms that laws ovnn hh-lvl phnomna cold b dcd to laws ovnn ovnn low-lvl phnomna, bt jctd th nvs, clamn that th patcl physcsts’ vw o ndamntalty std on a constctonst hypothss, whch assmd that hh-lvl laws cold b xtapolatd om low-lvl laws. Wth ths mov, Andson attackd th naow dnton o ntnsv sach that ndwot th dctonst scntc hachy, psvn th ablty o sold stat physcsts to clam ndamntal nsht, contndn: “Th man allacy o ths knd o thnkn s that th dctonst hypothss dos not by any mans mply a ‘constctonst’ on: Th ablty to dc vythn to smpl ndamntal laws dos not mply th ablty to stat om thos laws and 27

constct nvs.” nvs. ”  Andson’s mnc-basd o ndamntalty antdthth concpts and laws o sold stat physcsvw ndpndnc by vt o th act that thy cold not alstcally b dvd om low-lvl concpts and laws alon. H llstatd hs pont wth wt h th xampl o an ammona molcl, amn to dmonstat constcton’s al vn at th lvl o smpl molcla systms. Navly, ammona shold hav a dpol momnt, vn ts asymmtc, pyamdal stct. A nton atom oms pola covalnt bonds wth th hydon atoms, lavn th nton wth a nt natv and th hydon wth a nt postv cha. Th sltn ttahdon, thoh, dos not mpcally bhav lk a dpol. In ts statonay stat, th molcl s n a spposton o th lt-hand and ht-hand ontatons; whn obsvd thoh tm t ndos a pocss o nvson, n whch th nton atom tnnls thoh th plan p lan dnd by th hydon atoms and ms on th oth sd, sval bllon tms p scond, cancln ot any dpol ct. A boad swath o physcsts wold hav bn amla wth ammona’s popts; t povdd th matal mata l bass o th onal o nal mas, whch Chals Towns and hs sach op had annoncd, to consdabl acclam, n 1955.28  Nton nvson tsl had bn a amla chmcal pocss o sval dcads. It cvd nwd ntst n th md-1950s whn ncla mantc sonanc spctoscopy allowd t to b masd wth accacy spo to that povdd by old ado-qncy tchnqs.29 Andson

 

146

SOLID STATE STATE INSURRECTIO N

lvad a amla xampl to llstat th mplasblty o applyn ondatonal symmty laws to la systms wthot nc to hh-lvl stct: “I wold challn yo to stat om th ndamntal laws o qantm mchancs and pdct th ammona nvson and ts asly obsvabl popts wthot on thoh th sta o sn th nsymmtcal pyamdal stct, vn thoh no ‘stat’ v has that stct.” 30 Constcton, n oth wods, s mpactcabl: “Th latonshp btwn th systm and ts pats s ntllctally a on-way stt. Synthss s xpctd to b all bt mpossbl; analyss on th oth hand, may not only b possbl bt tl n all knds o ways,” ways,” a slt h hopd wold ndct “th aoanc o th patcl physcst” and allow that “ach lvl can q a whol nw concptal stct. stct.””31 Andson dd not daw ot ths statmnt’s mplcatons, bt t s tmptn to s th tact sston that a whol nw concptal stct wold q a whol nw ndn stct. Th dstncton btwn mpossbl n pactc and mpossbl n pncpl lns nd th sac o Andson’s analyss. H jctd th stctv vw o ntnsv and yt hdd sayn that th synthss o low-lvl laws tosach, nd hh-lvl laws s whn “all but    mpossbl”  mpossbl” and calln t an “ntllctal,” ath than a physcal o natal on-way stt. H clamd that th laws o sold stat physcs cold nv  practically b xtapolatd om qantm mchancs wthot nc  nc to mpcally stablshd, hh-lvl phnomna; h oht shy o th ston clam that hh-lvl laws cold nv in principle b dvd om blow. Andson dos not xplan th dlcat danc h xcts by lnkn th ndpndnc o hh-lvl concpts to pactcal ath than physcal consdatons. I popos o asons ths poston s notabl. Th st two ct Andson’s mo nal ocs on th pactc o scnc. Th thd and oth daw on oth lmnts o hs contxt and hlp xplan how “Mo Is Dnt” t wthn t. I do not jct th possblty that Andson qt stahtowadly consdd th amnt that nw lvls w ndpndnt n pactc to b th btt-jstd poston. Rath than povdn an xhastv accont o why Andson hld th vw h dd, th actos dscssd h dmonstat how chly ntconnctd Andson’s poston was wth hs possonal contxt. Andson has hmsl acknowldd, n tospct, that hs pspctvs w shapd by condtons n th scntc commnty that w navoabl to sold stat physcsts: “Socolosts o scnc post that th s a psonal o motonal sbtxt bhnd mch scntc wok, and that ts ntty s tho ncssaly compomsd. I a wth th

 

RESPONSES TO THE REDUCTIONIST WORLDVIEW

147

st bt jct th scond. I thnk ‘Mo Is Dnt’ mbods ths tths. Th atcl was nqstonably th slt o a bldp o sntmnt and dscontnt on my pat and amon th condnsd matt physcsts I nomally spok wth.”32 Consdn how th n stct o Andson’s amnt wokd wthn th contxt that motvatd t tho blds pon hs own ndstandn o ts ons. Th st ason Andson’s ocs on pactcal-lvl ndpndnc s notabl s that t cts hs mo nal ocs on scntc pactc. H, h s consstnt wth Wnb. Pmssv vws o ndamntalty w nomly hadhadd abot th pocss o scntc sach. Th n-pncpl dvablty o hh-lvl phnomna was acadmc  t povdd no pactcal dctvs o don scnc. Andson psd hs amnt n 2001: “A pvs ad cold postlat a scntly bllant ns—a spEnstn—who mht s at last th otlns o th phnomna at th nw scal; bt th act s that nth Enstn no Fynman sccdd n solvn spcondctvty.”33  Spcondctvty was a notoosly ntactabl thotcal pzzl. Faln to dv a thoy o t was almost t o passa o th most accomplshd thotcal physcsts bo Johna Badn, Lon Coop,, and Robt Sch sccdd n 1957. Flx Coop Flx Bloch advancd th ton-n-chk thom that all thos o spcondctvty can b dspovd, a nmnt o Wolan Wolan Pal’s mo cttn vson o th thom: thos o spcondctvty a won. Th co nsht that ld to th sccssl thoy, Coop’s alzaton that lctons pad o at vy low tmpats, omn “Coop pas” that tavld wthot sstanc thoh spcondctn matals, qd thnkn abot th systm n tms o th latons amon ts componnts, ath than by bldn p om st pncpls. Smlaly, Andson’s ammona xampl dw ts oc om th act that anyon attmptn to dscb an ammona molcl’s bhavo o th st tm wold, by any asonabl ndstandn o pactc, b qd to mploy hh-lvl concpts n addton to st pncpls. Scond, that ncssty sppld a ont o nw sold stat poblms. In a 1999 ntvw wth Alx Kojvnkov, Andson calld bn motvatd to dvlop hs phlosophcal vws n pat by a lct Ban Pppad, a Cambd sold stat thost, had vn at a spcondctvty connc hostd by IBM n 1960.34 Pppad lamntd a lack o complln and accssbl ndamntal poblms n sold stat, sstn that soltons to th most pomnnt—sch as spcondctvty—had dpvd th ld o appaln ntllctal challns o yon talnt. Pppad od p th loomy po-

 

148

SOLID STATE STATE INSURRECTIO N

nostcaton that “tn yas s on to s th nd o o [sold stat physcsts’] ams as p physcsts, thoh not as tchnolosts,” and advocatd “a swn o mphass now away om p sach to applcatons,” whch shold ncsstat xposn pomsn stdnts to “th mthods o sach n ndstal laboatos.”35  Andson, who spnt th 1967–68 acadmc ya as Pppad’s colla dn d n a vstn possoshp at Cambd, dscbd hm as “a possonal pssmst.” 36 Th scond axs o Andson’s amnt om pactc s vdnt n hs acton aanst Pppad’s loomnss abot acadmc sold stat sach. “Mo Is Dnt” maks th cas o th wdspad avalablty o acadmy-ndly, ntllctally ntstn basc sach poblms n sold stat physcs. Th pactcal ncssty o mployn hh-lvl concpts to dscb sold stat systms povdd, o Andson, a naly nxhastbl spply o nw and ntstn ndamntal qstons. Th al o constcton nsd that solvn lon-standn poblms dd not mpovsh th ld as mch as Pppad spposd; spsn physcs cold always b xpctd whn consdn th nxt lvl o complxty. Thsconsdatons, ntptaton mshs Andson’s cla pnc o pactcal bcaswll th wth qston o n-pncpl ndpndnc had lttl ban on whth an adqat spply o ntstn sach poblms wold b avalabl to slak th ntllctal thst o t adat stdnts. Thd, th naow ocs on pactc was xpdnt. A ston clam abot th nat o objctv physcal alty was not ssntal to allow sold stat sach a clam to ndamntal knowld vn an amnt that dnd th pactcal possblty o synthss. Bcas clams to ndamntal knowld and nancal sppot w colatd dn ths pod, at last o patcl physcsts, Andson can b ad as makn th wakst clam ncssay to advanc hs poston wthot nvtn attack om thos who objctd to th wholsal ndpndnc o hh lvls om low lvls. As lon as th cas cold b mad o acquiring knowledge o hh lvls, qstons o physical   hachy w mly spposton.37 Foth and nally, th contos o Andson’s phlosophcal poston and th consqncs t had o ndamntalty dbats can b ndstood n tms o chann pst poltcs n th lat 1960s and aly 1970s. Physcs njoyd consdabl pst ollown th Scond Wold Wa, bt as th ndn plata Wnb pdctd avd, pst, lk nancal sppot, bcam a lmtd soc, lavn physcsts to cav t p amon th sbdscplns. Spaatn dcton and constcton svd th lnk btwn

 

RESPONSES TO THE REDUCTIONIST WORLDVIEW

149

physcal hachy and ntllctal hachy. Andson soht to dny patcl physcsts an xclsv clam to ndamntal knowld, known, as Wnb dd, that “ndamntal” otn mant th sam thn as “mpotant.”” Th wak poston also avodd th qston o whth a pmssv tant. vw ndmnd th pst o physcs mo nally. Sold stat mht hav bn stln n ths pod, bt physcs was stll mly stablshd as th standad ba o Amcan scnc. A ston vw mplyn th qvalnc o all scntc knowld wold hav bn stan vn th ccmstancs.38 Althoh Andson vs no ndcaton that ths was a conscos motvaton, hs amnt dos hav th convnnt consqnc o ndmnn th xclsv clam that patcl physcsts lad on ndamntal knowld wthot smlaly ndmnn th mo nal nttlmnt physcsts lt to a lvls o socal appobaton and dal ndn. Andson sbsqntly xpandd hs vw to ncompass concpts n th socal and bolocal as wll as th physcal scncs, bt calld that hs ntal snstvty s nstvty to th lvl-dpndnc o concpts aos bcas t was “th pncpl by whch my own ld aos om th ndlyn laws abot and ntactons; andotscnc was only as I boadnd my pspctv that Ipatcls a lzd alzd how nal mnc s.”39 It s tho appopat to ndstand Andson’s 1972 stanc as pmaly abot physcs, p hyscs, vn thoh h lat nd t nto a vw abot scnc n nal. It s also woth notn that by th tm Andson’s mntsm had lly matd, boloy had nsatd physcs as th doyn o th Amcan scncs. Examnn ths contxtal psss bns Andson’s dpat om th Wnb cton nto ocs. Th dncs cospond to a sht n condtons wthn th scntc commnty. Th ndn pnch n th lat 1960s and aly 1970s was asymmtcal. asymmtca l. Patcl physcs, th ashp ntps o dctonsm, njoyd contnd sccss n th om o nw, xpnsv aclts. Andson conzd th own pst and ndn aps btwn sold stat and patcl physcs. Amd ths condtons, whch bcam mo act as la ovnmnt ants bcam mo dclt to obtan, Andson dvlopd a vw o ndamntalty that dpatd shaply om cndty amnts, althoh t avd at smla conclsons. Gvn th ndstnshd, mpcnos poston Andson pcvd sold stat physcs to occpy n th lat 1960s and aly  aly 1970s, th wll-won wll-won clam that sach ndd only to povd a bass o th sach to b ndamntal wold not hav mt th challn that patcl physcs posd. Instad, Andson soht th soc o ndamntalty n th nat o physcal knowld,

 

150

SOLID STATE STATE INSURRECTIO N

adoptn th staty that had svd patcl physcsts so wll. “Mo Is Dnt” maks th bst hstocal sns whn placd aanst th ol o patcl physcs and ts ston dctonsm and st wthn a contxt wh physcs stll domnatd Amcan scnc. Th noton that ndamntalty masd badth o tlnss mpld no hachy and dd not play avots amon th scncs. Andson, by accptn th nnat vw o ndamntalty mo typcal o th dctonst accont, ac cont, dnd patcl physcs an xclsv clam to th pvl physcal knowld njoyd, as a matt o cos, ov chmcal, bolocal, o socal scntc knowld. THE POWER OF PROFESSIONAL PRESTIGE

Both th s o dctonsm n th hh ny physcs commnty and sponss om oth physcsts sst that chann nancal alts and cospondn hachcal shts wthn th scntc commnty n th 1960s xtd pss on physcsts to dvlop th psmptons that othws tactly ovnd th pactc nto mo lly alzd phlosophcal postons. Wnb’s o scntc chocwold psmd, that th post–Scond Woldcta Wa ndn Wa honymoon wan coctly, and that som lns o ntllctally pomsn sach wold hav to b potzd ov oths. And to whatv xtnt Andson’s vws on ndamntalty mht hav bn basd n hs sach, h was movd to n and atclat thm by possonal challns. Thos challns, om th lat 1960s on, w qntly pasd n tms o possonal pst.  Andson’s woy that sold stat physcs was ovwhlmnly assocatd wth tchncal applcatons was bon ot by mda dpctons o th ld n th yas at “Mo Is Dnt” appad. Th New York Times cova o th Nobl Pz h shad wth John Van Vlck and Nvll Mott n 1977 annoncd that “th th wnns, all thotcans n sold-stat physcs, w ctd o wok ndlyn th dvlopmnt o compt mmos, oc copyn machns and many oth dvcs o modn lctoncs.”40 In 1973, th ld to th atcl potn Lo Esak, Iva Glav, and Ban Josphson’s pz o ndamntal wok n spcondctos and smcondctos ad, “Th th wnns o ths ya’s Nobl Pz n Physcs mad dscovs adn phnomna namla to th layman, yt vtal to hs tlvson st o th compts that act many aspcts o hs l.”41 Patcl physcs awads cvd somwhat dnt cova n ths a. Th yas lat, th Times scnc pot Malcolm W. Bown, at dscbn a chmsty pz lvant to th phamactcal ndsty, shtd

 

RESPONSES TO THE REDUCTIONIST WORLDVIEW

151

to th physcs pz, awadd to Stvn Wnb, Shldon Glashow, and Abds Salam, wtn: “Whl sch pactcal applcatons hav no pat n th wok o th physcs pz cpnts, many scntsts ad th wok as ndamntal to ndstandn n dstandn nat.”42 Th psstnt potayal o sold stat wok as sbsvnt to tchncal ams mand a so pont o Andson and hs ps. Dvlopn a obst phlosophcal cas o th ld’s ntllctal vablty was on pat o th spons. Bt t wold not b scnt. Addssn th tnson btwn th tchncal dmnsons o sold stat physcs and ts aspatons to ntllctal pst wold q a mo thooh mann o ts dntty. dntty.

 

8

BECOMING CONDENSED MA MATTER TTER PHYSICS

Addn a chapt so namd to th convntonally labld op o mchancs, hat, acostcs, and so oth s, o cos, a lttl lk tyn to dvd popl po pl nto womn, mn, ls, boys, and zth plays. —DWIGHT GRAY, 1963

Th scond dton o th American Institute o Physics Handbook, a comphnsv nc volm, appad n 1963. Th vsd dton ncldd a nw scton dvotd to sold stat physcs.1 Its dto, Dwht Gay, annoncn th handbook’s las n  Physics Today Today, dlvd th qp n th paph abov and contd hs codto’s doll sston “that phaps th book shold contan only th majo sctons—Sold-Stat Physcs, Lqd-Stat Physcs, and Gasos-Stat Physcs.” Th dtos solvd, howv, that “th advantas o consoldatn sold stat matal nto on chapt otwhd th dsadvantas o a somwhat ntdy classcaton systm.”2 Thoh th 1960s, sold stat physcsts showd smla pamatsm adn th ld’s ntdnss. Phaps sold stat was a poblmatc catoy, bt t was xpdnt; t catd lbow oom o appld physcsts to ps tchncal sach wthot thatnn th dntty as physcsts. Bt bnnn n th lat 1960s, that xpdncy ban to wa thn. Indstal and appld physcs w by that tm wll-stablshd mmbs o th Amcan physcs commnty. Th possonal concns d jo amon sold stat physcsts cntd nstad on ntllctal standn—th typ o concns to whch Phlp Andson was spondn whn h wot “Mo Is Dnt” n 1972. Eots to om sold stat physcs so as to mpha-

 

BECOMING CONDENSED MATTER PHYSICS

153

sz ts ntllctal vbancy lnt mpts to a nw nam, “condnsd matt physcs,” whch adally and poplaty n th lat 1960s and thoh th 1970s. Althoh condnsd matt physcs wold ncompass many o th topc aas that constttd sold stat physcs, ts ams w sbstantvly dnt. Robt Pocto nots n hs stdy o common sxs that “th nams vn to patcla scnc lds and sblds a shapd, to a ctan xtnt, by dolocal baa ba a pckd p n th cos o sa.” sa.”3 Fa om bn nnocos, th nam chan ctd th dolocal baa o “sold stat physcs.” physcs.” It was th clmnaton o lon-standn tnsons wthn th sold stat commnty btwn th po-ndsty anda that motvatd Roman Smolchowsk and a ds o a concptally cohnt dnton o th dscpln’s ppos and scop, whch mphaszd ts contbtons to ndamntal physcal ndstandn. Th sht towad condnsd matt and away om sold stat lana coms nto clast ocs thoh th lns o th dal advsoy appaats. In th md-1940s, whn sold stat physcs md, th actos th physcs commnty xamnd whn dnn ts catos wdd basd pdomnantly on ntnal possonal concns. Bcas physcsts not com to ad cntalzd dal sppot as th nom ntl post–Scond Wold Wa pattns had stablzd, sold stat physcs, as ncbatd n th Amcan Physcal Socty (APS) n th lat lat  1940s and aly 1950s, took shap n spons to th ntnal possonal concns o th physcs commnty ath than spondn dctly to dal ndn ncntvs. By th 1970s, th nomos ncas n ovnmnt ndn had chand how nw dscplnay catos w constctd. As th cas o th Advancd Rsach Pojcts Ancy (ARPA) and matals scnc shows, top-down dal ncntvs w potnt ocs dtmnn dtmnn  how physcsts aand th actvts, act vts, and how thy talkd abot thm. Th tm “condnsd matt physcs” onatd n th physcs commnty, bt ts stats as a dscplnay catoy was xd by ts nshnmnt as a ndn catoy bo ths chan was ctd n th APS, whch, by ths tm, had an xtnsv and ntnchd dvsonal stct that was mo dclt to chan than t had bn n th 1940s. Th Natonal Acadmy o Scncs (NAS) pots, pblshd n 1966, 1972, and 1986, chat th s o condnsd matt physcs. Examnn ths aanst both th dolocal backond st ot n th pcdn chapts cha pts and th nstttonal and concptal volton o th ld that occd btwn th md-1960s and th md-1980s llstats how condnsd matt physcs md as an altnatv to sold stat and xposs th qaltatv dncs

 

154

SOLID STATE STATE INSURRECTIO N

btwn th two catos. Hstoans and physcsts alk commonly tat “sold stat physcs” and “condnsd matt matt  physcs” as ctv qvalnts, dstnshd only bcas thy w pd n dnt as. Andson, a mmb o th st naton o Amcan physcsts tand n sold stat thoy and an aly adopt o th “condnsd matt” labl, assms contnty whn n  n to “sold stat sta t (now ‘condnsd matt’) matt’ ) physcs.” physcs.”4 Smlaly, Hl Kah wts: “Fom a socolocal and hstocal pont o vw, sold stat physcs p hyscs dd not xst [n th 1930s]. It was only at Wold Wold Wa Wa II that th nw scnc o th sold bods, lat to b calld condnsd-matt physcs, took o.”5 Ths clams a not wthot mt. Th sht om sold stat to condnsd matt physcs was makd by sbstantal contnty o physcal poblms and pactcs; pactc s; howv, howv, topcal and mthodolocal contnty do not tanslat npoblmatcally nto dscplnay contnty. Ths stahtowad qvalnc btwn sold stat and condnsd matt s somtms complcatd by appaln to condnsd matt’s boad topcal scop. Walt Kohn’s hstocal tatmnt o sold stat physcs s6 sts that and t “was nlad to ncld th stdy th physcal popts o lqds vn th nam ‘condnsd mattophyscs.’”  Volk Hn ponts to polym sach as th catalyst o namn th Cavndsh Laboatoy’s sold stat thoy op “Thoy o Condnsd Matt.”7 Spnc Wat taks ths patal obsvatons th by sstn that condnsd matt solvd dclts ntnsc to sold stat: “Th nwly popla nam ncldd lqds and, lk ‘matals scnc’ n a dnt mann, ctd a psstnt nctanty as to whth ‘sold-stat physcs’ was th bst way to op sblds.”8 Wat’s nsht ponts towad a ch stoy abot th nam chan, whch was mo than th a smpl bandn o th ctcaton o a lon-standn o. Condnsd matt dd spond to nan skptcsm abot sold stat, bt th paalll owth o matals scnc ndcats that addssn ths concns was nth smpl no stahtowad. Condnsd matt physcs psntd a snc o a om o th p scnc dal wthn th sold stat commnty c ommnty.. Bt t was not Rowland’s p scnc dal. Condnsd matt physcsts, as dnzns dnzn s o th lat Cold Wa Wa,, champond physcal knowld as bn smltanosly ndamntal and lvant to tchncal dvlopmnt. It was an adacos ambton. Hh ny physcs had sstand ts ntllctal stats laly by dsdann tchncal connctons. Bton Rcht’s spons to a qston abot hs wok’s possbl applcaton at bn awadd th Nobl Pz, wth Saml Tn,

 

BECOMING CONDENSED MATTER PHYSICS

155

o th dscovy o th J/ Ψ mson—“Th sncanc s that w hav land somthn mo abot th stct o th nvs. In tms o pactcal applcaton ht now, t’s ot non”—was a typcal atttd.9  Th clos lnk btwn sold stat wok and wokaday tchnolos was so tht that t otn obscd concptal accomplshmnts. Condnsd matt physcs took on th challn o asstn th ntllctal contbtons o physcal wok on complx matt whl also ambln that ts poxmty to qstons o tchncal ntst wold psv ts most stabl ndn stams. THE ORIGINS OF CONDENSED MATTER MATTER

Condnsd matt, lk sold stat, was a tchncal tm bo bcomn a dscplnay catoy. Whn physcal qstons dd not dpnd on a spcc stat o matt, as lon as t was dns noh, physcsts talkd abot “condnsd matt” as a mdm thoh whch, o xampl, a mon mht tavl and xhbt notwothy bhavo.10 Ealy ss o ths typ w scattd, and almost xclsvly by patcl physcsts. As a dsnato o a dscnbl ld o nqy, th tm 11 appad st n Eop and only slowly pcolatd to th Untd Stats.  Th Gman jonal Zeitschrit ür Physik oanzd n 1962, ttln ts Scton B “Condnsd Matt Matt..” Th Physical  Review ollowd st, to a lmtd xtnt, a ya lat lat,, annoncn n Octob 1963 that n th ollown ya: “Th st twlv sss o ach volm wll b dvdd nto two sctons (A and B) o sx sss ach, appan altnatly. Scton A wll b pmaly dvotd to th physcs o atoms, molcls, and condnsd matt, and Scton B wll b pmaly dvotd to th physcs o ncl and lmntay patcls.”12 Bt sch aly topcal ss ll shot o bcomn dscplnay dsnatos n th Untd Stats. In th  Physical Review, aly ss o “condnsd matt” to ndcat a ld o stdy nvaably ncd  Zeitschrit  atcls   atcls o conncs dvotd to condnsd matt hld n Eop, wh th tm hld mo cncy cncy..13 A mo sncant dvlopmnt was th lanch o th jonal  Physik der kondensierten Materie, ondd n Wst Gmany n 1962, pblshd by Spn-Vla and dtd by th Swss physcst Go Bsch.14 Th jonal was pblshd smltanosly as  Physique de la matière condensée  and  Physics o Condensed Matter , and accptd atcls n Gman, Fnch, o Enlsh. Th bolplat dscpton addd n th scond ss dscbd ts scop as “latn manly to thmal, lctcal, mantc and optcal popts o solds and lqds n th boadst sns.” It xpland th dcson to

 

156

SOLID STATE STATE INSURRECTIO N

cast ts nt byond solds: “Inclson o wok n th physcs o both sold and th lqd phas s ntndd to ncas clos contact btwn both aas and spcally to th sach n th aa o lqds.”15  soht a boad mt than sold stat phys Physics o Condensed Matter  soht cs, whch n Eop tndd to man stctd to solds wth la lattc stcts. Th Gman tm  estkörperphysik  was lttl known bo th md-1950s, whn th16st w possoshps n th physcs o solds w awadd n Gmany.  Th alst vdnt pblshd s s n th ttl o a pocdns volm o a connc hld n Dsdn, May 9–11, 1952. 17  It achd a mo nal adnc n  Die Naturwissenschaten n 1954 as th ttl o a vw atcl that synthszd mostly Amcan and Gman socs.18 Its atho, Hnz Pck, alldd to th tm’s cnt c nt povnanc: “In th catalo o majo lds o modn physcal sach, on mts ncasnly otn wth th concpt sold stat physcs. physcs.””19 H also mad obsvatons smla to thos o hs Amcan contpats abot th catoy’s concptal consstncy, makn: “On s nclnd to tak sch a wod to dsnat a claly dnd, nd ld.”20On clos hop tns ot was at st to b ntly nconmd. nconmd.”  Th waynspcton, ot o ths ths dlmma, o Pck, to stct th topcal an o th ld. H concldd that  estkörperphysik was concptally consstnt by vt o volvn aond th lattc stct o cystalln solds, non noncystalln solds, spdty, th mantc sscptblty o ass, and oth topcs wth lttl o nothn to do wth lattc stct that ll wthn th Amcan Amca n sold stat synthss. By xcldn thm, Pck was abl to swp tobln nconsstncs asd, vn  t mant dnn th ld mo naowly. Fanc was slow than Gmany n adoptn ts own analo o sold stat, bt, as n th Gman cas, th catoy’s amophos nat allowd t to bnd to local pots. P Tss has attbtd th nlastcty o Fnch nstttons at th wa to th psstnc o havy-handd “dal ms” that dd Fnch sach thoh th lat 1950s. It took a nw naton o sachs, tand at th wa, to dslod ths ntnchd systm.. Whn “physq systm “physq  d sold” sol d” (o, (o, occasonally occasona lly,, physique de l’état solide) appad n Fanc n th lat 1950s and aly 1960s, so dd th qally potnt chimie du solide, whch hanssd a lon Fnch tadton t adton n chmsty. chmsty.21  Tss’s assssmnt s bon ot by pattns o sa n Fnch jonals. Th st vdnt s  s o “physq d sold” n Le Journal du Physique et la  Radium was by Jacq Fdl n 1955, who, n an atcl on omantsm, d to atomc and molcla obtals as “th two ndamntal appox-

 

BECOMING CONDENSED MATTER PHYSICS

157

matons o sold stat physcs and chmsty.” 22 Th tm wold not c n th conty’s ashp physcs jonal ntl 1959 and 1960, whn t ban to appa n th nams na ms o Fnch nstttons, sch as th Service de Physique du  Solide et de Résonance Magnétique n Saclay and th  Laboratoire de Magnétisme et de Physique du Solide n Bllv. That Fdl wold b an aly adopt o sold stat nomnclat s nspsn consdn h took hs PhD at th Unvsty o Bstol n 1952, 23 stdyn nd Nvll Mott.  By 1952 Mott, who dntd hs wok as sold stat physcs, was th dcto o a lvl lvlyy sach op on physcs o solds at Bstol’s H. H. Wlls Physcal Laboatoy. 24 Btsh physcsts w mo apt than Fnch o Gman physcsts to pblsh n Amcan jonals o attnd conncs n th Untd Stats and th absnc o a lana ba pmttd compaatvly asy accptanc o th tm n Btan. 25 Lawnc Ba lctd at th Royal Insttton on “Th Physcs o th Sold Stat” n Mach 1949.26 Althoh Btsh nstttons, lk th Fnch contpats, w stpd n tadton and loath to adopt nw nams, th stablshmnt o th  Internationall Journal o  Internationa o the Physics Physics and Chemistry Chemistry o Solids by Oxod-basd

Pamon Pss n 1956 av th monk a stonhold on th Btsh Isls. Pamon Sold stat physcs, p hyscs, as a catoy, catoy, had a wak hold on th Eopan contnnt than t dd n th Anlo-Amcan wold, n la pat bcas ts US ncanaton owd so mch to th pcla ats o th latonshp btwn Amcan nvsts and Amcan ndsty. ndsty. As a slt, th tmnoloy t mnoloy o condnsd matt physcs, takn p apdly n Eop, was slow to catch on n th Untd Stats, vn as sach mphass shtd n smla dctons on both contnnts. Th  Physical Review’s  patal sson n Octob 1963, wth on scton “dvotd to th physcs o atoms, at oms, molcls, molcls, and condnsd matt,”27 was th only cla occnc o “condnsd matt physcs” n APS jonals thohot th 1960s; dscssons o oanzaton n th APS Exctv Commtt nomly call scton A th sold stat scton.28 Condnsd matt physcs lana, n oth wods, was was a and manal mana l n th 1960s, an assssmnt bon ot by a contmpoay contmpoa y ovvw o th ld om th Natonal Rsach Concl (NRC) o th Natonal Acadmy o Scncs. THE PAKE REPORT

In 1962, Fdck Stz was lctd psdnt o th Natonal Acadmy o Scncs. On o hs st majo ntatvs was to commsson a ss o pots on th cnt stats o th scntc lds n th acadmy’s pvw, to b ndtakn by th NRC. Th commtt svyn physcs ncldd

 

158

SOLID STATE STATE INSURRECTIO N

stablshd sold stat physcsts Chals Towns, Havy Books, and Roman Smolchowsk, alon wth Davd Pns, who had cntly and hs stps xplon th mplcatons o th Badn–Coop–Sch thoy o spcondctvty. spcondctvty. Th Pak pot (namd o ts chaman, Go Pak) was pblshd n 1966 and dntd “Sold-Stat (and Condnsd-Matt) Physcs” as on o th pmay dvsons whos poss t addssd. 29 Th sold stat and condnsd matt sbcommtt nstd a ootnot nto a dat o th pot n Apl 1964 xplann th namn dcson, pontn ot that aond 90 pcnt o th ld consstd o wok on solds, ths sn “sold stat” as a nal tm was ood noh o ovnmnt wok.30 “Condnsd matt” n th Pak pot was both ltally and atvly panthtcal. Dspt th passn acknowldmnt that t mht b a mo appopat tm, th compls ncd condnsd matt only whn th phnomnon nd dscsson dvatd too ncomotably om th alm o solds. Thy dscbd aly sach n th ld, o xampl, by slppn samlssly om talkn abot solds to nvokn condnsd matt whn dscssn “Untl th bnnn cnty . Btwn . . th scnc o soldsspdty: mand almost ntly mpcal o andths dscptv. 1912 and th aly 1930s, most o th salnt popts o condnsd matt, wth th stkn xcpton o spdty, w ndstood at last qaltatvly.” Sch slts nsd, th pot contnd, slppn back nto th lana o solds, that “[t]h sta was st o th bnnn o sold-stat physcs n ts psnt sns. sns.””31 “Condnsd matt” papd ov spots n th Pak pot wh th stctv nat o “sold stat” bcam too obvos o comot. As o th md-1960s, th tm dd not psa swpn chans to th stct and dntty o sold stat physcs. Thoh th pot nsstd that sold stat “s a ndamntal banch o physcs” and sstd that t poss n sold stat “cold wll tn ot to b o at sncanc to o knowld o th wold than th poss n lmntay-patcl physcs,” t savd th atst mphass o sold stat’s tchncal contbtons.32 Th scton nttld “Intllctal Challn” ban: “In sold-stat physcs th s at psnt no claly vsbl nd o adcally nw concpts” and mad th cas o concptal mpotanc by pontn to nchoat sach aas, sch as noncystalln solds, as th potntal bt npovn soc o “nw concpts and pncpals.”33 Th pot ctd th pssmsm at la n th 1960s adn sold stat’s potntal to mak ondatonal ntllctal contbtons. Ban Pppad’s commndaton that sold stat phys-

 

BECOMING CONDENSED MATTER PHYSICS

159

csts tn away om costy-dvn sach and stat tann stdnts o cas n ndsty ndsty,, whch had so ankld  ankld Phlp Andson, An dson, was symptomatc o th sns at th tm that sold stat had pshd p shd abot as a as t cold nto th concptal ont.34 Flds sch as plasma physcs, whch had scd ts plac wth an APS dvson o ts own n 1959, bntd as physcsts ntstd n complx matt lookd byond sold stat o n ntllctal pasts.35 In a smla,  lss datst spt, th Pak pot, althoh tpd abot sold stat’s basc sach potntal, avd abot ts “ndspnsabl [ol] n nmos tchnolocal dvlopmnts,” boastn that “th whol [o] commncatons tchnoloy s bn ndamntally actd by ths [sold stat] dvlopmnts.”36 Th athos, shtn om th catos ton whn dscssn sold stat’s ntllctal n tllctal mpotanc, mphaszd th “ndspnsabl, “n dspnsabl,”” “vtal,”” and “ssntal” contbtons sold stat sach mad to tchnolo“vtal, cal systms that w “totally dpndnt” on sold stat dvcs and knowhow.37 Sold stat was stll bldn ts ntllctal potolo, bt ts tchnolocal tack cod was ston. As lon as th sach ld jstd tsl wold pmaly on tchnolocal onds, ts most pomnnt poams b ocsd aond solds; nan concns abot sold stat’s appopatnss as a catoy cold b swpt nd th , as thy had bn n th 1962 AIP Handbook. THE BROMLEY REPORT

In th aly 1970s—as dsmay ov th wdnn pst ap btwn sold stat and patcl physcs pakd—“condnsd matt” ban to plac “sold stat” as th pd tm n advsoy ccls. Th NRC pot pblshd n 1972 ncldd a chapt on “Physcs o Condnsd Matt.”38  It schwd th lana o sold stat whn ncn th contmpoay ld, thoh t tand sold stat tmnoloy o hstocal obsvatons. In all, th two tms appa wth abot qal qncy. Th 1972 commtt contand many o th sam mmbs as th 1966 op—notably Books, Towns, and Smolchowsk—bt som nw cts wot th chapt on condnsd matt physcs. Amon thm was Mol Cohn, a Unvsty o Chcao physcst who was on o two Amcans who had svd on th dtoal boad o Physik der kondensierten Materie snc ts ondn and who had bn dscbn hs sach spcalty as “physcs o condnsd matt” no lat than 1964.39 Th sht n lana was accompand by nwly potnt concns ov

 

160

STATE INSURRECTIO N SOLID STATE

ndn pattns. Th condnsd matt chapt chapt  xpland: “O objctv s to show that basc sach n physcs o condnsd matt, pomd solly to ndstand n th dpst possbl way th complx bhavo o solds and lqds, has bn th soc o two dcads o npcdntd achvmnt n ctcal nw tchnolos. W s no way n whch ths achvmnts cold hav bn plannd n th past and no way n whch th poss can b poammd xcpt by contnd sppot o basc sach.” 40 Poammn—th plannn and ndn n dn o sach poams basd on pconcvd tchnolocal oals—was an v-psnt bba o sold stat and condnsd matt physcsts concnd o th ntllctal pst. Th omlaton o sach poams wth spcc pactcal otcoms n mnd, th mods opand n matals scnc, thatnd to ndmn th ntllctal atonomy and motvatd th condnsd matt panl to stat th ld’s ntllctal val mch mo vocosly than th contpats had n 1966. Th 1972 panl was accodnly ccmspct abot sold stat’s tchnolocal contbtons. Thy asstd that cal sold stat sach “th had bn sponsbl o stady nnovaton, bt w to mphasz chnss and complxty o ths vnts [nvntons o sold stat tchnolos], as wll as th vad motvatons o th scntsts and nns nvolvd.” 41 By mphaszn th complxty and capcosnss o th ots om basc sach to tchnolocal applcatons, th panl soht to potct p otct dal ndn o basc sold stat sach by ndmnn th dal ovnmnt’s tndncy to lnk basc sach xpndt to claly atclatd otcoms: “Th Untd Stats wold not spnd ts sach and dvlopmnt dollas naly so wll  t nsstd th that basc sach b stonly motvatd by and dctd to pactcal oals o that all basc sach sa ch b solatd om pactcal consdatons.”42 Th sht towad condnsd matt concdd wth sn concn abot an nvonmnt that mad sach sppot to pactcal otcoms—th “copln” that had so chand Bnjamn Lax. Th sam ocs to whch th 1972 NRC pot actd pomptd Phlp Andson to dnd th ntllctal mt o complx-systms physcs n “Mo Is Dnt” that sam ya. “Mo Is Dnt” ntodcd anoth wnkl to th nam qston, n to “many-body physcs.” Th tm calls to mnd th qantm many-body poblm, th notoos ntactablty o calclatn a wav ncton o qantm systms contann th o mo ntactn bods. Th mpossblty o ddcn th popts o many-body systms om st pncpls mant, o Andson, that th con-

 

BECOMING CONDENSED MATTER PHYSICS

161

cpts mployd to ndstand complx systms w jst as ntllctally valabl as thos sd to ndstand lmntay patcls.43 Althoh t contnd to dscb sach conontn th qantm many-body poblm, “many-body physcs” nv thatnd to spplant “sold stat physcs” as a dsnato o th la commnty, n pat, no dobt, bcas o ts naow ocs on thoy. Andson’s sa o th tm, howv, mos th way condnsd 44 matt ban to b sd n th sam a, somtms by Andson hmsl.  Both tms ocsd attnton on mthodolocal commonalts and ths t mo convnntly nto th naatv aond ntllctal pst and sach ndn that condnsd matt physcsts pd. That “condnsd matt” was a possonally motvatd catoy n th 1970s s vdnt whn xamnn ts pblshd sa. Btwn 1970 and 1979, only 32 atcls n APS jonals contand “condnsd matt” n th ttls o abstacts. In compason, 121 ncldd “sold stat,” 1,019 contand “solds,” and “hh ny” appad 1,399 tms. 45 Th mov towad condnsd matt lana n th NRC, thn, was not a cton o pvaln sach ocapacos sl-dntcaton “Sold stat” “condnsd matt”pactcs w both mbllapattns. catos that dd lttland to shap day-to-day sach. Thy had at mann as possonal opns and ndn dsnatons. Th tmnolocal sht ctd a chan o possonal doloy boht abot as sold stat physcsts conontd challns to th ntllctal pst and ndn o xploatoy sach. Th watshd momnt o condnsd matt cam wth a poposal at th  Janay 1978 concl mtn to nam th Dvson o Sold Stat Physcs (DSSP) th “Dvson o Condnsd Matt Physcs.” Th sston scandalzd psntatvs om th Dvson o Fld Dynamcs (DFD), who pcvd an nvason o th t: “[Fanços] Fnkl xpssd concn ov th ovlap btwn th sbjct matt covd by a Dvson o Condnsd Matt Physcs and by th Dvson o Fld Dynamcs, and notd that appoval o sch a chan wold oc th Dvson o Fld Dynamcs to chan ts nam. [Tony] Maxwothy notd that th Dvson o Fld Dynamcs Exctv Commtt xpssd ston ln aanst th nam chan.”46 Th matt was postpond ntl Apl, vn th two dvsons som tm to hash ot th dncs. Th moton sccdd at th Apl mtn, bt t mand contovsal, passn by a vot o tn n avo to svn opposd at a tm whn nanmty was th nom o concl vots.47 Th DSSP had bn dntd wth solds o so lon that th nw nam stppd on th tos o oth dvsons. Th Dvson o Fld Dynamcs dd

 

162

STATE INSURRECTIO N SOLID STATE

not nd to chan ts nam, bt ts mmbs’ sstanc shows that th sht om sold stat to condnsd matt ncldd sncant ontaton o sold stat’s possonal oals at a tm whn sach on ds was ann ond. As sach on lqd hlm, o xampl—on o th mo colol aths n th sold stat cap, wth ts xotc popts lk spdty— bcam a mo actv aa o sach, th lana o solds bcam cospondnly mo nconvnnt and th obsvaton om th Pak pot that solds accontd o pwad o 90 pcnt o th actvty n th ld no lon appld.48 Th DFD ndstandably saw th DSSP’s ots to bn ds nd ts as as mpalstc. Th condnsd matt patsans wthn th DSSP, o th pat, psd a nw concptal ocs that nconvnncd th xstn nstttonal stct that had own n th days whn sold stat mantand a mo thoohly ndstal ptaton. Th DFD had bn ondd n 1948, shotly at th DSSP. DSSP. Th namn n th t h lat 1970s snald a nwond commtmnt to advocatn o condnsd matt as a basc sach ntps and, n so don, thatnd th oanzatons that had lld that pst. vod n th yas whn sold stat physcs was a mo thoohly ndstal Sold stat physcs had always had a ston ndstal patna. In th Natonal Rsach Concl’s 1946 svy o US ndstal laboatos, jst bo th DSSP’s ondn, only Bll Laboatos contd “sold stat physcs” amon ts sach spcalts.49 By th t h 1960 dton o th sam svy, svy, th tm was not lmtd to th lks o Bll, whch mantand a la basc sach sta. Th Amcan Machn and Fondy Company n Stamod, Connctct, Hhs Acat Company’s Nwpot Bach lab, and Contol Data Copoaton n Mnnapols w amon th dozns o laboatos that contd sold stat amon th spcalts, ncldn many that lstd no physcsts amon th sachs.50 Sold stat’s appld bnt was wll ndstood by ts pacttons, vn thos who pd to nd t away om ndsty. Rsach o th Pak pot concldd that n 1963 60 pcnt o ndn o sold stat was spnt n ndsty.51 Th sccss s ccss o ARP ARPA A’s ntdscplnay laboatos (IDLs) n th nvsts, thoh wdly clbatd, natd concns abot th latonshp btwn sold stat and physcs as a whol. Havy Books wod n a 1964 ltt to Walt Kohn that th owth o IDLs and appld physcs dpatmnts had xacbatd an xstn tndncy o sold stat to solat tsl. H was most concnd o sold stat thosts, who, whn colocatd wth matals sachs, lost connctons to oth thotcal physcsts,

 

BECOMING CONDENSED MATTER PHYSICS

163

hampn th ablty to patcpat n th vbal xchans that h dntd as bn ctcal to thoy th oy..52 By th aly 1970s, condnsd matt physcs had bn to sm lk an altnatv that cold addss ths concns. THE BRINKMAN REPORT

Th yas btwn th 1972 Bomly pot and th nxt majo svy, n 1986, wtnssd systmc chans n th sold stat and condnsd matt commnty. In th md-1970s, th US Jstc Dpatmnt ld an anttst st aanst AT&T, whch ld to a 1982 consnt dc nd whch th company lnqshd contol o ts local tlphon ntwoks.53 Th bakp o th Bll Systm was compltd n 1984. Th tmol wthn th company n advanc o th bakp spad to Bll Labs, whos scntsts ban an xods, scattn what had bn a powl, cntalzd cad o smcondcto physcsts acoss many nvsty dpatmnts and oth sach s ach labs.54 Th ndstal ocs at Bll Labs had kpt on o th conty’s most nntal sold stat physcs ops ocsd ocs d on solds. Its sachs njoyd th sam typs domswhos acadmc njoyd, bt wth Bll aas was pdsposd to hophyscsts bascsachs ntsts alnd closly o potntal applcaton to tlcommncatons—nw sach aas o ntst to condnsd matt physcsts, sch as qantm ds, hld lttl ntst o Bll. Th xods om what had bn th most powl cnt o sold stat stat  physcs tho asd th tanston to a boad concpton o th ld. A natonwd sht away om sold stat and towad condnsd matt that clmnatd wth th bakp o th Bll op was also nactd thoh chans n a nmb o majo nstttons and poams. Th Aspn Cnt o Physcs, a pomnnt smm tat o thotcal physcsts bn n 1962, ntatd condnsd matt physcs nto ts poam p oam n th lat 1970s, nd th nnc o Phlp Andson. 55 In 1979, th Unvsty o Calona, Santa Babaa ondd ts Insttt o Thotcal Physcs wth Walt Kohn as th ondn dcto dcto.. Kohn was a pon o dnsty nctonal thoy (DFT), whch modls th lcton stct o molcls and matals sn nctons o lcton dnsty dnsty..56 Th sach poam Kohn dvlopd sn DFT mphaszd ts wdst possbl applcaton to all phass o condnsd matt—on mas o ts sccss n ths ad s that th  Physical  Review atcl ntodcn th thoy s on o th most hhly ctd physcs paps to dat.57 Th Santa F Insttt, ondd n 1984 and amn ts ntllctal msson nd th danc o condnsd matt physcst Davd Pns, took th scnc o complxty as ts msson. 58

 

164

STATE INSURRECTIO N SOLID STATE

Ths chans cam abot n la pat bcas o thotcal dvlopmnts. Th qantm mchancal tchnqs o th 1940s, 1950s, and 1960s wokd wll o la solds bt w statd sta td by oth condnsd matt systms. DFT, wth ts makabl nalty, was a habn o th thotcal advancs n th 1970s. Th Btsh/Isal physcst Cyl Domb mmbd th aly 1970s as th momnt whn th stdy o ctcal phnomna—sch as phas tanstons—and thotcal 59 spctablty thoh th applcaton o nomalzaton op thoy.   It soldd ts possonal spctablty thoh conncs sch as th Battll Colloqm, whch mt n Gnva and Gstaad, Swtzland, n Sptmb 1970 to xplo th lvanc o ctcal phnomna to th scnc o matals. 60 Th Battll Colloqm ncldd Lo Kadano, thn at Bown Unvsty, who n 1978 was hd by th Unvsty o Chcao to jon ts Jams Fanck Insttt (JFI). Th JFI os a psntatv xampl o th nstttonal tanstons occn wthn sold stat and condnsd matt physcs n th lat 1970s and aly 1980s. It had bn ondd at th Scond Wold Wa as th Insttttoocay th on Stdy o Mtals (ISM), th -n sach nsttts concvd th concptal wok oon thoManhattan Manhatta Pojct sach th nvsty had hostd, albt wth an mphass on basc, nonmltay sach. Its aly msson, “to ps stds n th ndamntal popts o matt as latd to mtals,” ctd th stat o sold stat physcs, ncpnt thoh t was, n th lat la t 1940s, and smbld somthn Roman Smolchowsk, who ntally soht an APS dvson o mtals physcsts that wold ncoa coss-dscplnay collaboaton, mht hav nvsad.61  Onally dctd by th mtallst Cyl Stanly Smth, th ISM took ts c om th stdy o th popts o anm and pltonm that th watm Mtallcal Laboatoy had condctd, mns th mltay mphass, and psd th ntdscplnay stdy o mtals. By th tm Smth snd as dcto n 1957, that ntal msson had tanslatd nto a ohly qal balanc btwn sold stat physcs and physcal chmsty. Th ISM’s sach dvson mployd nn physcsts, ht physcal chmsts, and two mtallsts, whos most lvly sach aas ncldd cystalloaphy, mantsm, lastc and nlastc popts o mtals, and low-tmpat sach, ncldn spcondctvty.62 It was, n oth wods, mly wthn th manstam o 1950s sold stat sach. Its mphass on mtals mpld a sach poam on cystalln solds, and th ntdscplnay consttton o th nsttton nsd that th physcs condctd th pocdd n clos collaboaton wth chmsty and mtally mtally..

 

BECOMING CONDENSED MATTER PHYSICS

165

Th ISM chand ts nam n 1967 to commmoat mts posso o chmsty, and 1925 physcs Nobl laat, Jams Fanck, who had dd n 1964. Bt anoth ppos ctd an nkln that th nsttt’s hstocal ocs on mtals wold soon pov lmtn. An ntnal mmo xpland: “On o th pposs o th chan n nam s to avod a possbl nhbtn acto n pomotn a nw dcton n th sach to b cad on n ths aclty. At th psnt tm ths sach s nally lmtd to th aas o chmcal physcs and sold stat physcs. It s blvd to b dsabl to xpand th actvts n ths aas by dvlopn sach poams n th aa o chmcal boloy. Th nam o th Insttt o Mtals may tnd to b an nhbtn acto n pomotn ths dvlopmnt.”63 On o th motvs o consdn a nw mphass on chmcal boloy was th 1964 dssolton o th ISM’s sbln nsttt, th Insttt o Radoboloy and Bophyscs, whch pomptd ISM sachs to thnk abot movn nto ttoy t had onc occpd.64 Bt th pomsd xpanson nto chmcal boloy was not othcomn. Th JFI’sbdtay st w yas nd tsthat nwhad monk wdssolton makd byoth stnnt nvonmnt ld to th thsam bophyscs nsttt. Sval tmnts waknd ts standn n sold stat physcs and shtd ts mphass towad chmsty. chmsty. Whn th physcal chmst Ol Klppa took ov as dcto, h placd an mphass on covn th nsttt’s lost capacty n physcs, “to achv a somwhat clos nmcal balanc btwn th physcal and chmsty componnts o o aclty.”65  Th sns that th nsttt wold nd to xpand ts topcal scop nonthlss povd pscnt. By th lat 1970s, whn th nsttt soht to xpand ts aclty, t took advanta o ts nw nam’s xblty to mphasz cnt thotcal dvlopmnts n condnsd matt physcs. Th addton o Kadano n 1978 and Albt Lbchab n 1982 shtd th mphass o th JFI away om physcal mtally and towad th stdy o ctcal phnomna and nonlna dynamcs, lds n whch t sbsqntly stablshd tsl as a majo natonal cnt. Th JFI’s tajctoy llstats th wd natonal contxt wthn whch condnsd matt lana won avo amon thos who soht to dstanc th ld om ndsty and connct wth th p scnc tadton that mand a ston dolocal oc n Amcan physcs. Th 1986 NRC pot on condnsd matt physcs—dbbd th Bnkman pot at commtt chaman Wllam F. Bnkman o Sanda San da Natonal Laboatos— Laboato s— addssd th poblm o ntllctal pst by hhlhtn “th act that

 

166

STATE INSURRECTIO N SOLID STATE

condnsd matt physcs s th physcs o systms wth an nomos nmb o ds d s o dom.” dom.” As a consqnc, th pot mantand, chon th sbstanc o Andson’s 1972 amnts, “[a] hh d o catvty s qd to nd concptally concptally,, mathmatcally, mathmatcally, and xpmntally tactabl ways o xtactn th ssntal ats o sch systms, wh xact tatmnt s an mpossbl task.” Th Bnkman pot wnt to at lnths to dnty condnsd matt physcs as a ndamntal and ntllctally valabl ld o scnc, and thby to dstnsh t om matals scnc. “Condnsd-matt physcs s ntllctally stmlatn,” th pot mphaszd, “bcas o th dscovs o ndamntal nw phnomna and stats o matt, th dvlopmnt o nw concpts, and th opnn p  p o nw sbs blds that hav occd contnosly thohot ts sxty-ya hstoy. hstoy.”66 Th choc o a sxty-ya tmln o th ld s tlln o th athos’ anda, spcally snc th Pak pot commtt thoht Max von La’s dscovy o X-ay dacton n 1912 a mo appopat landmak.67 Haknn back to 1926, th ya n whch qantm mchancs dsplacd th old qantm thoy , placd condnsd mly n th ta dton tadton o achtcts th qantm thoythoy, o solds, whch mdmatt n th lat 1920s as som o th o qantm mchancs xplod th nw thoy’s tlty o dscbn lctons n mtals and th mpotanc o sch applcatons o ndstandn th ondatons o th nw thoy.68 Pcsly datn condnsd matt to th advnt o qantm mchancs mad t cla that condnsd matt physcs was dnd, at co, by ts ntllctal contbtons to physcs and that t was ntd aond th mthods qd to dscb th complx ntactons o atoms and molcls n clos poxmty. Sold stat physcsts bo th 1980s pd al tochstons, mostly n th lat nntnth and aly twntth cnts. Slat, o nstanc, lanchd an ovvw o th ld n 1952, wtn: “Th physcs o th sold stat s nothn nw. In 1900 t was as wll alzd as now that mchancs, hat, lctcty, mantsm, optcs, all hav th soldstat aspcts.”69  Follown sch a staty o condnsd matt physcs wold hav mad t mo dclt to dstnsh t om matals scnc. Makn that spaaton vdnt mphaszd that condnsd matt physcsts wold not cay wat o tchnolocal ntsts. Th pot ban by dclan, “W a not  svyn   svyn matals scnc no th consdabl mpact o condnsd-matt physcs on tchnoloy.”70 By th md-1980s, th dstnctons btwn condnsd matt—th “ndamntal” dscpln—and matals scnc—ts appld cosn—w soldyn, whl th al po-

 

BECOMING CONDENSED MATTER PHYSICS

167

ssonal allanc that had sstand s stand sold stat physcs thoh th pcdn dcads loosnd. Thoh dstancn thmslvs om ndstal assocatons, condnsd matt physcsts notably dd not sk a clan bak wth sold stat physcs, choosn nstad to mphasz th concptal and mthodolocal contnts btwn th lds, a mov mad as by th wdspad mpsson that sold stat had bn pooly namd. Sold stat’s tchnolocal accomplshmnts—sch as th tanssto, spcondctn mants, and mantc sonanc man—mand ntal to condnsd matt’s htocal asnal. Dspt ts potstatons that t was not svyn th tchnolocal dmnson o condnsd matt physcs, th Bnkman pot totd condnsd matt as “th ld o physcs that has th atst mpact on o daly lvs thoh th tchnolocal dvlopmnts to whch t vs s.” It was not, howv, wthn th job dscpton o condnsd matt physcsts to ps thos dvlopmnts. It mht b “a ld whos halth s ssntal o mantann th vtal ow o nw tchnoloy, tchnoloy,” bt alzn thos tchnol71

os wasmpld to b lt to oth Th dvson o dscplns. labo kpt condnsd matt physcsts on d movd om actal tchnolocal applcatons, whch ll to matals scntsts and nns. Ths pspctv pspposd somthn akn to th lna modl o nnovaton, namly th phlosophy, npopla wth matals scntsts, that nttd and nscptd basc sach was th pmay wllspn o tchnolocal advanc.72 Rstm Roy, coond o th Matals Rsach Socty, Socty, calld th noton that t hat basc scnc bts nnovaton, whch n tn bts pospty, “ppostos, ctanly n la wth pptal moton.”73 Fo condnsd matt physcsts, thoh, t pomsd to alz th hops o cavn ot a at popoton o th dal bdt o ndamntal sach, spcally whn combnd wth mnds that condnsd matt physcs was bhnd som o th most pomnnt tchncal accomplshmnts o th pcdn dcads. Condnsd matt physcsts, vn n dtald svys sch as th 1986 NRC pot, lmtd thmslvs to shown that basc scntc knowld was boadly lvant to xstn aas o tchnolocal mpotanc. Thy dd not spll ot how ndn o basc sach wold tanslat nto tchnolocal advancs on th ond—and so n ths sns thy w not atclatn a stct vson o th lna modl.74 Most lkly thy hld no dp commtmnt to any patcla vson o how scntc knowld was connctd to tchnolocal dvlopmnt. Th al commtmnt was to th ovall val

 

168

STATE INSURRECTIO N SOLID STATE

o basc sach; htoc stablshn som conncton to tchnoloy was a tool std to that oal, and  th conncton was va, all th btt. Th owth o matals scnc nto th dvlopmnt am o th old sold stat constllaton allowd condnsd matt physcsts th lattd to backt th qston o how th aw knowld mnd by physcsts wold b nd nto sabl tchnoloy as sombody ls’s poblm. Dawn too clos an assocaton btwn basc sach and appld appl d oals tmptd xplct lnks btwn basc sach ndn and appld tats, ta ts, th vy vy spct condnsd matt physcsts hopd to avod. Thy tho walkd a n ln, pssn had o ntllctal pst whl stll hopn to mantan a plasbl clam to tchnolocal lvanc. Th dmandn poblms psntd by th physcal complxty o solds w by no mans nq to that phas o matt. Th mthods and concpts dvlopd to nvstat and ndstand solds tanstond dly nto th boad catoy o condnsd matt wth th s o nw sach aas. As thy dd, th possonal objctvs to whch thy w tnd chand makdly makdly. . Solds w onally chosn a dscplnay catoy bcas o th shad lvanc to ndstal andasacadmc physcsts. In th 1940s, that choc svd th pcvd nd to bn ndstal sachs nto th possonal old and to stablsh btt lns o commncaton byond th acadmy. By th 1970s, condnsd matt svd th oppost mpls. Sold stat’s ndstal past was a lablty n th ys o thos who dndd th mt o ts ntllctal contnt, vn  ts tchnolocal accomplshmnts w a htocal ncssty. Th catoy o condnsd matt physcs, by tnn to shad pactcs as a way o dnn th ld, add physcsts ntstd n th basc poblms posd by complx matal systms n th ots to mphasz th ntllctally challnn lmnts o th ntps, bt wthot also aboatn th clam to tchnolocal tlty t lty.. Thoh th postwa dcads, sold stat physcs cold tat wok on nonsolds as lvant, bt manal. By th md-1980s, qantm ds, ctcal phnomna, nonlna dynamcs, complxty stds, and smla sach aas that cold not b asly lmpd n wth solds w th most ntllctally xctn aas, at a tm whn mphaszn concptal contbtons bcam on o th ld’s most pssn oals. Whn ths aas blossomd n th aly 1970s, thy pt th l to th pssmstc otlook o sold stat sta t physcs that Ban Pppad had atclatd n 1961. 75 Bt th nw pomnnc also stand th concptal consstncy o sold stat physcs, alady a pont o concn, byond cdlty. cdlty. Ramn mch o what had bn b n calld sold

 

BECOMING CONDENSED MATTER PHYSICS

169

stat physcs as condnsd matt physcs boht ths pactcs to th cnt and mphaszd th ld’s clam on th ntllctal stats o Amcan physcs, whl also skn to tan th ptaton o tchnolocal cndty that sold stat physcs njoyd.

 

9

MOBILIZING AGAINST MEGASCIENCE

Bcas t s so dvs and dspsd, small scnc has lackd th snl voc wth whch b scnc has bn abl to spak, ths pmttn a nmb o myths to psst: sch as th myth o tckl-down tchnoloy; th myth o th snl ntllctal ont; and th myth o th non-zosm an. Ths mply that sppotn b scnc s a ood conomc nvstmnt that can b don wthot htn small scnc. —PAUL A. FLEURY FLEU RY,, 1991

In 1982, th Amcan Physcal Socty’s Dvson o Patcls and Flds hld th st o what wold bcom la mtns n Snowmass, Coloado, to plan th ld’s t. Th loty lvaton and ad atmosph o th Rocky Montans std th ambtons. Attnds conontd th qston o wh, whn, and how to bld th nxt-naton patcl acclato. Th massv machn thy nvsond wold hav bn th last physcal laboatoy v constctd, and th most xpnsv. Th dctonst dal that had dvn hh ny physcs snc th 1960s dd ts concpton and msson. Almost a cnty at Hny Rowland atclatd hs p scnc vson, th hh ny physcs commnty was posd to psh t to ts local xtms wth a taxpay-ndd ot to pob basc qstons abot th stct o th nvs, wth scant concsson to tchnolocal o conomc consdatons. Th acclato mand at Snowmass wold q so mch chap, at, and spasly poplatd spac that t wold by ncssty b a “machnn-th-dst,” as Lon Ldman—who wold wn th Nobl Pz n 1988 o hs ntno sach—pt t.1  Follown Ldman’s lad, Snowmass patcpants ban calln ths mand machn “th Dston.” 2  Nws otlts szd on th ashy nam o what wold vntally bcom th llstad Spcondctn Sp Colld, o SSC. Time, The Economist , New

 

171

MOBILIZING AGAINST MEGASCIENCE

Scientist , and oths potd bathlssly at Snowmass 1982 on how th

Dston, a mltbllon-dolla patcl physcs dam machn, wold shap o ndstandn o th nvs.3 Th mammoth acclato, wth a bam pp 54.1 mls n ccmnc, wold vntally b std n Waxahach, Txas, soth o Dallas-Fot Woth. Fom th standpont o 1980s patcl physcs, an acclato spassn th ns avalabl at Fmlab’s Tvaton was ncssay to povd xpmntal ondn o th nal pcs o th standad modl o patcl physcs and to xplo ts lmts. Th tat ny o th SSC was 20 TV, blow whch patcl physcsts w ctan th Hs boson, on o th last pcs o th standad modl that awatd xpmntal dscovy, wold b ond. Stvn Wnb Wnb jstd jst d th 20 TV TV tat to Conss wth an a n analoy to Chstoph Colmbs: “It s a lttl bt lk Colmbs saln wst om Span. Colmbs pomsd that h wold t to th Inds  h cold sal a noh Wst. Wll, that was won, bt what h shold hav sad, whch wold hav bn coct, s that  h sald a  a noh Wst, Wst, h wold 4

t to thtat Indsaantd nlss somthn qally ntstn otmachn n th way.”  Th 20 TV ndn th Hs, nlss th st ond physcs that bok th standad modl and ocd a adcal mann o th ld. Hh ny physcsts hopd o th Hs, and ond th possblty that th jony jo ny to 20 TV wold b ntptd nt ptd by ndscovd contnnts vn mo tantalzn. Bt wh Wnb saw Colmbs, oths saw Bk and Wlls, th Astalan xplos who sccdd n cossn th contnnt om soth to noth, bt ond lttl noshmnt n th mpty dst btwn th coasts and dd tyn to complt th tn jony. 5 Som concptons o th standad modl sstd that, althoh th jony to t o 20 TV TV wold sly val th Hs, lttl ls o ntst was lkly to appa alon th way, and that th Dston cold tho b xpctd to map ot a vast, mpty concptal dst. Stmbln pon an nadond Hs as an oass amd a wastland cam to b known as th “nhtma scnao” o patcl physcs, and t appas to b playn ot now at th La Hadon Colld, wh a Hs boson consstnt wth th standad modl was ncovd n 2012.6 Unctanty abot th potntal o a 20 TV acclato to do mo than nd th Hs (and phaps th top qak, whch wold b dtctd n 1995 at th Tvaton) opnd th doo to oth objctons, most notably om condnsd matt physcsts who compland that th Dston pomsd a ndn dst o physcsts psn ndamntal sach n

 

172

STATE INSURRECTIO N SOLID STATE

anythn oth than lmntay patcl physcs. Th objctons o physcsts who wod abot a b-scnc monopoly on dal spndn o basc sach contbtd to Conss yankn th SSC’s ndn, vn at constcton on th Waxahach st was wll nd way, n 1993. Unlk th al ntncn nt ncn sqabbls that had shapd sha pd post–Scond Wold Wold Wa Wa pst hachs and ndn dynamcs, whch tndd to man laly wthn th physcs commnty, commnty, ths dbats playd p layd ot n pblc, wh amnts abot th SSC contstd mch mo than th mts o a snl aclty. Th SSC dbats, as sn thoh th conssonal cod, popla books, and op-d colmns, constttd a ndm on th t o Amcan physcs. Th ndm was hh staks. Th sccss o a mltbllon-dolla acclato, concvd at npcdntd scal, wold hav amd th stats o hh ny physcs as th maq Amcan scnc n th ac o ov a dcad o challns chall ns to ts pvl. Th Atomc Eny Commsson (AEC), whos closd-doo dcson-makn pocss avod th whms o nntal ndvdals, was dssolvd n 1974. As Mchal Rodan, Lllan Hoddson, Adnn Kolb docmnt n Tunnel , th dntv hstoy o thand SSC, th Dpatmnt o Eny, whchVisions took th AEC’s plac and appovd nds thoh th la conssonal appopatons pocsss, ban a slow oson o th nnc hh ny physcsts p hyscsts hld ov th dal ndn o scnc.7 Th 1970s also saw th bth o combnant DNA tchnqs and th 1980s lanchd wth th passa o th Bayh–Dol Act, whch pmttd nvsts and oth oanzatons to l o patnts on ntllctal popty dvn om dally ndd sach. In conjncton, ths dvlopmnts ncoad th commcalzaton o acadmc molcla boloy and st th ondwok o bomdcn to xpand both ts pblc pol and ts ndn potolo. Boloy ban to claw ts way p th nstttonal hachs o Amcan nvsts wth th pchas od by th poms o patnt vns.8 Th SSC’s al amd ths tnds, whas ts sccss mht hav ostalld thm. Th actos that ld to th SSC’s dms ncldd lack o ntnatonal collaboatos, ntnal msmanamnt, cost ovns that placd th nal stmatd pc ta at ov $11 bllon, and th nd o th Cold Wa, wth th ncntv t had povdd to otcompt th Sovt Unon n all thns. Ths cas stdy dos not o a ll accontn o ths actos, bt nstad xamns th SSC om th pspctv o sold stat and condnsd matt physcs.9 What dd th SSC man o condnsd matt physcs and what dd condnsd matt physcs man o th SSC? Condnsd matt phys-

 

MOBILIZING AGAINST MEGASCIENCE

173

csts tndd to oppos th pojct, p ojct, and thy dd so wth at ntnsty ntnsty,, qncy, and volm thoh th lat 1980s and aly 1990s. Conssonal bdt hawks, whos nmbs ncasd at th 1992 lctons, consdd th SSC poat and an d ond val n sch tstmony. tstmony. Hh ny physcsts bstld. Thy lt blndsdd by th collas’ attacks on a pojct thy vwd as ncssay to advanc ndamntal knowld, and to ns dal sppot o basc sach o any knd. Vocal, pblc opposton to so hh-pol a pojct om wthn physcs was la. Dssnt, n th nspokn ls o th physcs commnty, stayd n th amly  amly.. Moblzn that dssnt n od to nnc thos holdn th dal ps stns wold b pcvd as a btayal. Sold stat physcsts, lk Bnjamn Lax, mht hav habod svatons abot th mts o Fmlab whn t was takn shap n th lat 1960s, bt thy w catos abot vocn thm n pblc. Evn at th pak o hs statons abot tpd dal sppot o th Natonal Mant Laboatoy, Lax avodd vntn thm n th dcton o any patcla pojct, at last n wtn. Alvn althoh cta o scntc choc wlvl navoabl to hhWnb, ny physcs, alsohskpt hs ctqs on th nal and dd not sk to ndmn any spcc ndn qst. So whn Snato John O. Pasto askd Robt Wlson n a conssonal han abot appopatons o th Natonal Acclato Laboatoy Laboatoy,, “Wold “Wold yo say as a as yo know,, th whol scntc commnty s bhnd ths, wthot a dssnt?” Wlknow son cold co ld ply, ply, “Thy do not dssnt ds snt to m, s.” s.”10 Th SSC wold not njoy th sam dnc. Rsstanc om condnsd matt physcsts and matals scntsts who consdd th SSC SS C an xtavaant toy o th amsmnt o a small slc o physcsts was pvalnt and pblc. That opposton snald th boln ov o tnsons that had stand th Amcan physcs commnty o hal a cnty. Dspt th nnc o th Cold Wa Wa scty stat, th apd xpanson o sold stat and condnsd matt physcs, and th ncasn psnc o physcsts n ndsty, th p scnc dal lvd on n hh ny physcs, wh t combnd wth a ston dctonst phlosophy. By th tm o th SSC hans, howv, condnsd matt physcs had synthszd a cla altnatv: an mbac o basc condnsd matt sach as a mo pobabl ondaton o t tchnolocal bnts than oth sach as well as a ood n tsl. Ths comptn dal povd btt adaptd to th contxt o th aly a ly 1990s. At th dms o th SSC dlvd a blow to th dctonst spn on th p scnc dal that had sstand hh ny physcs o dcads, th con-

 

174

STATE INSURRECTIO N SOLID STATE

dnsd matt physcsts’ vw o physcs mand as th vson that physcsts wold hav to adopt to contn dal sppot o th ld. Th ollown s oanzd aond th th myths Pal A. Fly, a physcst thn at Bll Laboatos, dntd n hs conssonal tstmony opposn th SSC: th myth o tckl-down tchnoloy, th myth o th snl ntllctal ont, and th myth o th non-zo-sm an. 11 Ths capt th thold objcton that sold stat physcsts posd to th SSC and to th htoc n ts avo: st, that hh ny physcsts w clamn spn-o tchnolos o th SSC that shold mo htly b cdtd to condnsd matt physcs; scond, that hh ny physcs was not th only ot to ndamntal knowld; and thd, that a snl, mltbllondolla laboatoy svn a small mnoty o physcsts was not th bst way to ns t advancs o th tchnoloy o ndamntal knowld. Ths objctons dvd om th altnatv vson o physcs and ts plac n Amcan socty that sold stat physcsts had dvlopd by th tm o th SSC dbats. Analyzn ths objctons as thy w dployd n th motonally chad battlthat ovdnd th SSC’s at bns ntoatocs dolocal dsamnt Amcan physcs th th ndcntal o th twntth cnty and dmonstats how sold stat physcs, n ts st hal cnty as a pat o Amcan physcs, shtd th ld’s cnt. THE MYTH OF TRICKLE-DOWN TECHNOLOGY

Spn-o clams w pat o th standad atonal o th SSC. Althoh hh ny physcsts had lon nvokd ncdntal tchnolocal dvlopmnts as a n bnt o th sach, thos jstcatons w mly sbodnat. Hh ny physcsts, whn thy sstd that spn-os shold b actod nto th val o ndamntal scnc, tadtonally took pans to mphasz that thy cold not pdct o aant spcc spn-o tchnolos.12 “To xtapolat om th condt topcs o cnt ndamntal scntc nvstaton to a tchnolocal spn-o s to ndl n andos spclaton. Rsponsbl collas shk th task almost as a tadton,” Lon Ldman wot n a 1984 Scientic American atcl psntn hs amnts o sppotn ndamntal sach to a popla adnc.13  Bt spn-o clams wold assm a nw and otszd mpotanc dn th psh to t th SSC blt. By th lat 1980s, th Cold Wa a,, nan ts nd, no lon waantd waant d th hthto potnt assmpton that all physcs was potntally dns-lvant, and ctanly bn psd p sd by th Sovt Unon. Economc compttvnss

 

MOBILIZING AGAINST MEGASCIENCE

175

had takn th plac o natonal dns as th standad by whch dal xpndts on scnc wold b masd. 14  Economc and tchnolocal spn-o clams w nto a nw ol as an answ to ths challn. chall n. Th xactxactn dmands o acclato dsn and constcton, SSC boosts ad, wold advanc xstn tchnolos, ncov novl applcatons, and nat nw job-makn ndsts. Spcc pomss—whch som o Ldman’s collas w wlln to mak dspt hs nsstnc on th tlssnss—ncldd btt mant and spcondctn tchnolos sch as thos that powd MRI (mantc sonanc man) machns, advancs n comptn, and vn mpovd mpovd tnnln tchnqs tchnq s that cold b appld to th constcton o sbway systms. Sch bnts cold, th amnt wnt, b xpctd to ost th p-ont cost o th pojct n th lon tm. Bt spn-os, hh ny physcsts catond, w otn nantcpatd; nosn bnts shold acto nto th qaton as wll. Th st slcton comptton that an om aly 1987 to lat 1988 dd a consdabl amont to mak spn-o clams mo pomnnt. Mchan psntatv Robt (Bob) Ca pt th pont sccnctly n a Mach 1988 Hos Mlton Appopatons Commtt h an. han. “That’s not th way th Govnos a lookn at t,” h spondd to Sctay o Eny John Hanton’s nsstnc that th SSC was a basc sach pojct st and omost, “thy’ lookn at th jobs and th conomc dvlopmnt and th spnos.”15 Coaxn sppot o stn poposals om stat ovnmnts qd atclatn cla and conct bnts to th on, and ths amnts pcolatd nto th ovall atonal o bldn th SSC. Thoh ths pocss, spn-os w askd to cay a jstcatoy ol thy cold not sstan, opnn a ln o attack o condnsd matt physcsts who bdld at th sston that th own ld’s tchncal contbtons cont btons w m allot om th acclato xploson. Lslatos’ actons to spn-o clams val som o th ptalls. In a Mach 5, 1986, sbcommtt han on th Dpatmnt o Eny (DOE) bdt, th chaman, Floda Dmocat Don Fqa, askd Alvn Tvlpc, dcto o th DOE’s Oc o Eny Rsach: “Th appas to b som conson btwn th Dpatmnt’s Hh Eny Physcs Poam and th Statc Dns Intatv. W W had a wtnss ystday that sad hh ny physcs was mostly SDI. Can yo knd o clay th latonshp btwn thos two poams?” Th asston that th DOE’s hh ny physcs poam was bond p n th Statc Dns Intatv (SDI)—btt known by th sacastc ptht “Sta Was,” th mssl dns poam that by th

 

176

STATE INSURRECTIO N SOLID STATE

nd o th 1980s wold bcom a paadm boondol—won-ootd Tvlpc, who pld: “I hav no da what th oth wtnss may hav had n mnd. It’s dclt to man pttn p ttn Fmlab Fmlab nto obt, bt phaps phap s w cold v a ty. Somtms som o th ndvdals th sm to b n obt, bt yo can ha mo abot that om Lon [Ldman].” [Ldman].”16 Th statmnt to whch Fqa d had com c om om Chals J. Mankn, th stat olost o Oklahoma, who on Mach 4 mstaknly conatd th potons o th DOE bdt ddcatd to hh ny physcs and SDI n hs pla o mo dal ndn o ossl l sach. 17 Bt Tvlpc hmsl mht hav contbtd to Fqa’s assocatn SDI wth th SSC. In hs own tstmony ladn p to Fqa’s qston, h had sad: “Th cnt collcton o actvts that a n th Statc Dns Intatv to som xtnt ow th xstnc to th basc sach that has bn don n hhny physcs, ncla physcs, and th son poam, and basc ny scncs n oth pats o th Dpatmnt. So th s a lot o contmpoay tchnoloy tans.”18 Fqa’s msndstandn llstats two mpotant ptalls spn-o Fst, lslatos otn aldtstmony, to dstnsh btwn dnto typs o clams. xpts whn valatn xpt whch mad t dclt o hh ny physcsts to plac spn-os n th contxt thy dsd. Mankn, a olost, cold not b xpctd to o xpts on hh ny physcs spndn, bt thoh th nd o lon commtt hans, hs tstmony was admxd wth thos o oth wtnsss and th pcs nat o hs xpts lost lvanc. Scond, th mo cntal spn-os bcam, th mo som lslatos ban to ndstand th pncpl ppos pp os o th SSC to b th naton o nw applcatons, waknn th ntllctal  jstcaton o th pojct. Many hh ny physcsts w tho ambvalnt abot spn-o  clams, and bcam mo so n th lat 1980s and aly 1990s as th poltcal hat atchtd p and t bcam dclt to sstan th da that an ncasnly xpnsv SSC was a btt bt than dct nvstmnt n th tchnolocal anas t wold ppotdly advanc. Thy conzd spn-os as sl  psntd as a bons Conss cold xpct o   t sppotd th pblc ood o ndamntal sach, bt th mo cntal th noton o spn-os bcam to th ovall jstcaton o th SSC, th lss th pojct smd woth th pc ta. Conss wold hav to b convncd to pay o th oods; thy w nlkly to shll ot o th lanapp. Spn-o clams nonthlss povd had to contan. Lslatos otn pshd o spcc bnts to th hom stats o to th naton. Pontn to

 

MOBILIZING AGAINST MEGASCIENCE

177

a tack cod o tchnolocal t chnolocal and mdcal advancs lnkd, howv howv wakly, wakly, to hh ny physcs, whttd lslatos’ apptt o pok. Many SSC advocats, ncldn SSC dcto Roy Schwtts, pcvd that hh-mndd hh- mndd dclaatons o th nnobln nat o ndamntal knowld wold not sc to convnc lslatos that th pojct was wothwhl. “Elmntay patcl physcs dos not xst n solaton,” Schwtts asstd n hs wttn statmnt o a 1989 Snat sbcommtt mtn on th DOE bdt: “Stmlaton, nomaton, and tchnqs ow both ways: om oth actvts towad patcl physcs, and om patcl physcs towad oth actvts.”19 H mphaszd ntllctal ovlap wth ncla physcs, cosmoloy, and condnsd matt physcs, and stssd that th dmands o acclato nnn had tchnolocal amcatons o comptn, spcondctn mants, and smcondcto dvcs. Th cttn-d tchncal nds o acclatos, Schwtts mantand, “povd tl ntchan wth oth sachs, manacts, and dvlops o tchnoloy n lds sch as mdcal may.”20 Cosmolost Go Smoot, n a a1992 han, contd an ancdot abot shantstyn a plan wth opSnat o cataact patnts tavln o las sy only avalabl n th Untd Stats, whch h sd to llstat th clam: “It jst shows yo do not know what dvlopmnt s on to tn ot to b somthn sl. . . . Yo ally hav to ndstand th bascs o all scnc. sc nc. That s wh physcs, and patclaly hh ny physcs coms toth bcas physcs s what w call th qn o scncs. It s th basc ndlyn stct o all o scncs, th ondaton vythn sts on. Yo hav to ndstand physcs to ndstand what s on on.”21 Sch tatmnt was avalabl, h mpld, and avalabl n th Untd Stats, at last n pat bcas o obst sppot o basc sach n th om o hh ny physcs. Bt tyn th spposd natv pow o hh ny physcs to ts stats as th scnc o th ndamntal scal povd contntos, vn amon SSC advocats. Smoot, o xampl, tstd mmdatly at Ldman, who dssocatd th dctonst jstcaton om spn-o clams: “[Tchnolocal bnts] wold b a cazy ason to bld th SSC. W do not bld t o th spn-os. W bld t bcas w a hmans who thnk and a nsatably cos, and hav an nqnchabl dtmnaton to know,” calln Robt Wlson’s apoloy o th Natonal Acclato Laboatoy twnty-v yas al.22 Ldman’s amnt contasts th wllnnss o hs yon collas to adopt spn-o amnts whn convnnt. Th

 

178

STATE INSURRECTIO N SOLID STATE

splt mht wll hav bn natonal. Schwtts and Smoot w both bon n th md-1940s and and th doctoats n th aly 1970s. In contast, Ldman, bon n 1922, alon wth anoth advocat o th nmbllshd dctonst jstcaton, Stvn Wnb, bon n 1933, w amon th naton who had ovsn th atclaton o th phlosophy n th 1960s. Fo thm, stoopn to amnts on th bass o tchnolocal otpt waknd th jstcaton o psn ndamntal physcs o ts own sak. Th hh staks o th SSC dbats nncd ths two ops dntly. On on hand, t pomotd an ntnscaton o th dctonsm that had ndwttn patcl physcs’ psh to hh ns thoh th 1960s and 1970s. At th sam tm, sspcons that sch a jstcaton wold not wok on ts own pomptd yon physcsts to advanc spn-o clams, whch Ldman, Wnb, and oth mmbs o th old ad ond dstactn and at tms contpodctv. Th psstnc o spn-o clams, spcally thos latd to spcondctos, smcondctos, smcondctos, ncla mantc sonanc, and oth lmnts o th sold stat doman, stokd th o opposton amon w condnsd matt physcsts. Th vy spn-os thats hh ny physcsts clamn o acclato dvlopmnt, thy nsstd, w w actally th slt o sach n sold stat physcs, whch nvthlss acd lmtd socs o basc sach that w lkly to bcom lan n th shadow o th SSC. Ths vaty o sstanc mad an mpsson on lslatos, who spondd by pshn back on spn-o clams and askn hh ny physcsts to atclat spcc tatd otcoms, whch whch was anathma to th oals o th pojct. Som o th most damnn tstmony t stmony cam om Ncolaas Blombn, a Havad-basd condnsd matt physcst and 1991 psdnt o th Amcan Physcal Socty. Socty. Blombn had won a sha o th 1981 Nobl Pz n Physcs o hs wok on las spctoscopy and had also contbtd cont btd to th aly wok on ncla mantc sonanc that ld to MRI tchnqs.23 Th MRI was pobably th most-ctd spn-o addcd n avo o hh ny physcs sach dn th SSC hans. It connctd th othws mot phnomnon o spcondctvty, whch was, at all, pat o th pojct’s nam, to a wll-known mdcal tchnoloy o obvos hmantaan bnt. Bt Blombn assd th Snat: “As on o th pons n th ld o mantc sonanc, I can ass yo that ths [MRI and spcondctn mants] a spnos o small-scal scnc, and not o th SSC.”24 H also wokd bhnd th scns to ty to tamp down sch clams. In a shap ltt to Fmlab’s Rchad A. Caan J., Blombn chastsd SSC sppot-

 

MOBILIZING AGAINST MEGASCIENCE

179

s o tlln Conss that MRI was a spn-o o hh ny physcs. Sch a clam, h wot, was both “nwaantd and ill-advised . It compltly nos th ssntal contbtons by a vy la nmb o physcsts who hav boht MRI to ton. MRI wold b alv and wll today  Fmlab Fmlab had nv xstd.”25 Th ltt ond ts way nto th conssonal cod  jxtaposd wth a ocos mssv by Mchan Dmocat Howad Wolp Wolp and Nw Yok Rpblcan Shwood Bohlt, both mmbs o th Hos Sbcommtt on Invstatons and Ovsht, castatn th Dpatmnt o Eny o msladn Conss abot th SSC’s cost and tmln. 26 Blombn was not th only APS psdnt to thow th clot o hs oc bhnd hs objctons to th SSC. In Mach 1991, Conll’s Jams Kmhansl pblshd a pc n  Physics Today Today basd on hs oton psdntal addss at th 1990 APS mtn n Washnton, n whch h mad vld ncs—lbl to hs adnc as ncs to th SSC—to th dan o hypbol and al to assn appopat cdt whn vanlzn o on’s ld.27  Th spch tsl cam only two months bo Kmhansl wot to jonalst Malcolm Bown, had pblshd an dtoalt n th New York Times  asn dobtswho “as hmsl to whth th nw knowld [th SSC] nats wll b commnsat wth th nomos n omos cost.” cost.”28 Kmhansl’s ltt chad that “xtavaant psntaton to th pblc o th potntal ts om th SSC was cttos and thcally sponsbl and that accat acknowldmnt was not vn to sachs n many oth sblds o physcs whch w th t soc o contbtons om physcs to mdcn, tchnoloy, conomcs and dcaton bt mptd to patcl physcs.”29 Matals Rsach Socty coond Rstm Roy, o hs pat, nvokd nvokd Alvn Wnb’s Wnb’s cta ct a o scntc scn tc choc n 1993 to nsst: “Nothn th spclatv scnc th SSC can dscov can v hav any mpact on chmsty, boloy, nnn scnc, matals, aclt.”30 As th SSC’s bdt balloond n th last yas o th 1980s and nto th aly 1990s, skptcsm abot spn-o clams w n popla oms as wll. Hstoan o scnc Alx Assms wot n an op-d o th Wall Street  Journal , “In act, th SSC ss old tchnoloy: th nam ‘spcondctn’ n SSC s to hlm-coold spcondctn mants that hav bn sd o mo than 30 yas, not to th nw hh-tmpat spcondctos that hav cntly bn dscovd by condnsd matt physcsts.” physcsts.”31 A wdly syndcatd colmn by  Los Angeles Times contbto and tchnoloy consltant Mchal Scha skwd spn-os n Ast 1992, wtn that th osy vson o onal and natonal conomc vtalzaton that otn ac-

 

180

STATE INSURRECTIO N SOLID STATE

Figure 9.1. Th Spcomplant Sppovd, 1993. John Tv Tv catoon dpctn th dsconnct btwn hh ny physcsts’ p hyscsts’ xpctatons and dal pots. Cdt: Copyht 1993 by John Tv, Albuquerque Journal . Rpntd by pmsson

compand panycs o th SSC “has not a ntno o tth to sppot t.”” Pok, t. Pok, not tchnolocal poss, was th al spn-o n Scha’s ys.32  Spn-o clams bcam mo and mo assocatd wth th “qak-bal poltcs” that th New Republic  Republic  had  had ddd dn th st-slcton st-sl cton pocss, and that contbtd to th schadnd that accompand th pojct’s cancllaton ( 9.1).33 Th collaps o th spn-o naatv bcam a convnnt cdl wth whch skptcal lslatos cold hamm th pojct. Rpsntatv Vna Smth, a Nbaska Rpblcan, askd Jams F. Dck, actn dcto o th Oc o Eny Rsach, n Mach 1988: “I not that yo bdt  jstcaton, D D.. Dck Dck,, says ‘Th SSC wll hav dscovs, nnovatons and spnos that wll poondly toch vy Amcan.’ Amcan.’ I com om th scond most acltal dstct n th Naton. Cold yo tll m jst how th SSC wll poondly toch vy am n Wstn Nbaska?” 34 Bohlt, th most colol o th SSC’s conssonal opponnts, opponn ts, was mo mo pontd n May 1993: “Non o thm [spn-o clams o th SSC] a a slt o what s on on wth th SSC pojct, not on snl on, and th SSC s not on

 

MOBILIZING AGAINST MEGASCIENCE

181

to d th hny popl o Somala, and t s not on to nd th nocd n Yoslava. It s jst atn p mo o o socs.”35 Th ons condnsd matt physcsts xpssd abot spn-o clams that tspassd on th t both alvanzd th opposton to th pojct and connctd ctvly wth lslatos. Both a vdnt n Pal Fly’s dntcaton o spn-o clams as “th myth o tckl-down tchnoloy.” Th tm cad a spcc dolocal sonanc n th aly 1990s. It nvtd compasons btwn th ndn stct o hh ny physcs and “tckl-down conomcs,” a pjoatv commonly hld at th spply-sd scal polcs o th Ronald Raan and Go H. W. W. Bsh admnstatons. Th analoy mpld that th ntsts o hh ny physcsts w jst as mot om th nds o tchnoloy tchnoloy,, conomy, conomy, and oth aas o scnc as th ntsts o la copoatons and th walthy manats who an thm w om th nds o th mddl-ncom Amcans to whom poltcans lably pandd. Pantn Pantn th SSC as mot was ntal nt al to th cas aanst t, and t xtndd also nto condnsd matt physcsts’ objctons to th knowld clams that hh ny physcsts mad on bhal o th machn. THE MYTH OF THE SINGLE INTELLECTUAL FRONTIER

Althoh dvdd abot th mts and cacy o spn-o clams, hh ny physcsts—and cosmolosts, who w th clos alls thohot th hans—w nomly o th opnon that th SSC was valabl bcas t cold o ndamntal knowld wh oth aclts, and oth banchs o physcs, cold not. Thy mantand th bl, smmazd by Slvan S. Schwb, that “lmntay patcl physcs has a pvld poston, n that th ontoloy o ts doman and th od manstd by that doman  to th bldn blocks o th hh lvls.”36 Most pactcn physcsts who tstd on th pojct’s bhal conzd th lmtatons o spn-o clams, and th consqnt nd to psh as had as possbl on th ntllctal ncssty o th SSC. Rdctonsm, alady th nyn phlosophcal thst o hh ny physcs, wold b hammd to an vn shap pont n th o o Conss, pomptn condnsd matt physcsts to dploy th mntst phlosophy n spons. Hh ny physcsts psntd th ston dctonsm that was qd to cat a sns o ncy aond th SSC to Conss wappd wth a sns o th antqty o th dctonst ntps and td wth a bow o vnt htoc abot th mpotanc o dscovn th nvs’s

 

182

STATE INSURRECTIO N SOLID STATE

most dply hddn scts. Lon Ldman commonly mployd th staty o castn th SSC as th clmnaton o a naatv bnnn n Ancnt Gc: “Th oad om Mlts [ sic ] to th SSC s what phlosophs call a dctonst oad. . . . Untl w can complt th ncaton pocss and mak th pct mathmatcally whol, th qston o how th wold woks wll not n ot b answd. answd.””37 Psntn th SSC as th apothoss o a twomllnnm-old qst addd to th sns that t contbtd to som constttonal hman ds o mann. Bton Rcht pomsd that, shold th SSC sccd, “Yo’d “Yo’d know vythn th was to know abot o physcal wold, and yo wold know mch btt what man’s plac s n that physcal wold. And that s sptal, ntllctal, what-hav-yo, that knd o knowld and satsacton. satsacton.””38 Bt n th lat 1980s and aly 1990s, th pstly mn hh ny physcsts had adoptd sccsslly o mch o th Cold Wa was losn ts potncy. Hmo wt Dav Bay, n hs syndcatd colmn n Novmb 1987, skwd th SSC’s cost ovns alonsd th mot nat o th physcs wold ps and“ant th hh-mndd o t. Ht sstd that th ndondjstcatons actack ophyscsts nvsbl av patcls” was concvd only at “a 400-oot-lon ncla-powd ndsa saxophon” was dmd “too pactcal.” “Ndlss to say,” Bay wot, “th Spcondctn Sp Colld concpt was concvd by sach scntsts, who a dvn, as always, by a bnn ds to psh back th onts ont s o obtann dal  dal nds.” nds.”39 In danc o sch backlash, thos hh ny physcsts who oht shy o spn-o clams pshd to mak th ntllctal cas o th SSC as ston as possbl, whch mant mbacn a ston om o dctonsm. Stvn Wnb povdd th most consstnt and mpassond dns o th ston dctonst poston. Th 1979 Nobl Pz had conzd hs wok nyn lctomantsm and th wak ncla oc, and h was a vsbl pblc advocat o dctonst scnc, wtn a popla book that xpssd optmsm o th clmnaton o physcs wth a nd physcal thoy.40 Thohot th hans, hs boad vw o scnc and spcc  jstcatons o bldn th SSC wokd n lockstp. Th cas h od Ast 1993 aptly smmazs hs poston and s notabl o th dct contast psntd by Phlp W. Andson, who tstd mmdatly at hm. “W a at th ont,” Wnb tstd, “w hav pshd th chan o qstons why as a as w can, and as a as w can tll w cannot mak any poss wthot th sp colld.” H contnd: “Wll, who cas? Yo

 

MOBILIZING AGAINST MEGASCIENCE

183

know, th a a lot o popl, a lot o Amcans, a lot o mmbs o Conss who ally s scnc only n tms o ts applcatons. And that s a spctabl vw. vw. Not vyon s tnd on by th sam thns. Not vyon lks classcal msc. Not vyon has ths hn to know why th wold s th way t s, and w hav to lv wth that. I nd t sad, mysl, bt that s th way popl a.”41 By dntyn thos who cad only abot applcatons as th SSC’s man opponnts, Wnb dsadd th objcton Andson and oths montd that patcl physcs was not, n act, th only ot to ndamntal physcal nsht. Wnb’s tstmony thohot th SSC hans assmd that “wthot ths machn w smply cannot contn th pocss o ncovn nat’s ndamntal  ndamntal laws.” laws.”42 Hs clam was that th Untd Stats shold nd th SSC not only bcas t povdd ndamntal knowld bt also bcas t was th only ot to ndamntal knowld; vythn ls was dvatv. By th aly 1990s, th stat o th at a t n dctonsm was sbstantally mo vlnt than t had bn n th 1960s and 1970s. 43 Vcto W sskop consdd scnc most dctd towad ndamntal pncpls,patcl bt hphyscs saw t asthoccpyn on lly xtm o a smooth scal ath than as a catocally nq ntps. Th psycholocal ctvnss o opn ndamntal scnc wth po-SSC vws and appld scnc wth ant-SSC vws bcam vdnt mmdatly at Wnb’s Ast 1993 tstmony whn th commtt chaman, Snato J. Bnntt Johnston J J.,., a Losana Dmocat, ntodcd th nxt wtnss: “a dstnshd Nobl laat. Posso Phlp P. P. Andson om th Dpatmnt o Physcs, I thnk that s Appld Physcs, at Pncton Unvsty.” Dpatn om hs ppad tstmony, Andson od two coctons o th cod: “Snato Johnston and ths commtt, and th Dmocatc Natonal Commtt a th only two popl who v m th mddl ntal ‘P’ whn my actal mddl ntal s ‘W.’ And I cv a lot o mal om th Dmocatc Natonal Commtt to Phl P. Andson. And I am not an appld physcst. I lk to call mysl a ndamntal physcst as wll. I jst am ndamntal n somwhat dnt ways.” 44 Andson ndavod to ndmn Wnb’s had and ast dstncton btwn dctonst ndamntal physcs and appld physcs, jst as h had soht to ndmn Wsskop Wsskop’s ’s dstncton btwn ntnsv nt nsv and xtnsv sach two dcads al. Johnston’s ntal o povdd hm an oppotn opp otn s nto that amnt. Andson pasd hs objctons to th SSC n tms o how patcl phys-

 

184

STATE INSURRECTIO N SOLID STATE

cs t nto hs own boad vw o scnc. Bo th Hos o Rpsntatvs Task Foc on Dns, Fon Polcy and Spac n 1991 h dlvd th sam mssa h wold v th Snat: Th standad tstmony yo wll cv on bhal o th SSC wll tll yo that n som sns lmntay patcl physcs, hh-ny physcs s th bllwth o th scncs, th on whch s ot th ladn th pack, th on whch n som sns s nvstatn th “dpst” lays o alty n th wold aond s and th “most ndamntal” laws o physcs. . . . Th s at last on oth knd o ont n th physcal scncs wh a lot o acton—and I wold a mo acton—s takn plac: th ont o lookn at b and mo complx aats o matt whch otn bhav n nw ways and accodn to nw laws. Ths nw laws don’t contadct th laws th lmntay patcl popl dscov; thy a smply ndpndnt o thm, and I wold a thy a n no way any lss o any [mo] ndamntal.45

Gvn th xpns o patcl physcs, Andson’s tstmony contnd, what dos n popoton to th nds t cvs? How many scntsts dos tt contbt mploy? Dos th knowld t podcs th motvat pactcal applcatons o stmlat sach n oth aas o scnc? Th answs to ths qstons shold, n hs vw, dtmn how scnc s ndd. Th mplcaton was cla:  ndamntal knowld cold b had o a acton o th pc o th SSC, why spnd bllons? As condnsd matt physcst Thodo Gball pt t, “Yo a xplon jst as mch o an nknown, bt what yo nd ot s mo lvant.”46 Whas n th 1970s, Andson had dstancd hmsl om  om th Wnb Wnb cton o a o assocatn sold stat physcs too closly wth tchnoloy, th psss o th SSC dbats casd hm and hs alls to amnt th plalstc vw o ndamntal sach wth amnts o th poxmty o th wok to applcatons. Wnb and Andson An dson ach had andas that tanscndd th SSC and amd th tstmons. Conss tho had comptn vws o scntc sach and ts oals as mch as thy had amnts o o aanst th SSC. That mo was at stak than a snl sach aclty a clty s vdnt om th xtnt to whch th SSC dbat splld ov nto th popla pss. Both Wnb and Ldman pblshd popla books sposn a dctonst vw o scnc.47 W  Wnb nb took hs cas to th pas o th  New York York Times  n Mach 1993 as th SSC’s pospcts w d. In an op-d nttld “Th Answ to (Almost) Evythn,” h appald to a popla adnc wth an xampl abot th wath, wtn: “Elmntay patcl physcs s mo

 

MOBILIZING AGAINST MEGASCIENCE

185

ndamntal than, say, mtooloy, not bcas t wll hlp s pdct th wath,, bt bcas th a no ndpndnt pncpls o mtooloy that wath do not st on th popts o lmntay patcls.” 48 Th op-d and condnsd matt physcsts, som o whom shot back. Nothwstn Nothwstn Unvsty’s Plak Dtta totd to td n a ltt to th dto: “Th pblc latons tmph o patcl physcs s that t has cast tsl as th sol h o atomc physcs and qantm mchancs, and ths tably ‘ndamntal.’ Howv . . . w’v known o som tm that lmntay patcls a mad o qaks, bt that hasn’t mad (and sn’t lkly to mak) any dnc to any oth aa o hman actvty. actvty. It jst sn’t ndamntal n damntal to anythn.”49 Dtta’s hasal o Alvn Wnb’s cton o scntc choc n th ac  ac o Stvn Wnb’s hh-poo dctonsm ctd th mood amon condnsd matt sachs. Thy vwd hh ny physcsts as dmandn xtaodnay socs whl malnn th ntllctal mt o th own ndavos and makn nalstc spn-o clams o a ld wth lttl masabl mpotanc to oth aas o scnc and w pospcts o makn socally o tchnolocally slhlpd contbtons. Thoh dctonst htoc had sc Fmlab’s ndn n th 1960s, t was mch lss ctv wth th 1990s Conss, n pat bcas th objctons o condnsd matt physcsts povdd poltcal cov. cov. Th amnts w chod n th statmnts o th SSC’s lslatv opponnts. Shwood Bohlt, chaman o th Hos Commtt on Scnc, Spac, and Tchnoloy, opnd a May 1993 han by hasn amnts sold stat physcsts had psntd: “My st concn s th basc qston o pots. SSC sppots lk to sst that to oppos th SSC s to oppos scnc. Nothn cold b th om th tth. Scnc s not som ndvsbl doman bt s mad p o spaat,  latd, dscplns.” dscplns.”50 Sm  Smlaly laly,, n th Snat, Dmocat Dal Bmps o Akansas bsqly dsmssd th amnt that patcl physcs and basc scnc w on and th sam: “Th assmpton that anybody who opposs ths pojct s opposd to basc scnc s a dstacton and a dvson.” dvson.”51 Th comptn vw that condnsd matt physcsts od hlpd lslatos oppos a majo scntc bdt tm wthot appan to b ant-scnc. Th ntncn snpn ov th SSC ntd a dalo wthn physcs abot th nty, o dsnty, o th ld. In  Physics Today Today, th wdly dstbtd nws maazn pblshd by th Amcan Insttt o Physcs, dscssons o th nty o physcs paallld th dbat that playd ot n conssonal tstmony and popla wtns.52 In a ltt ltt  pblshd n Mach 1991,

 

186

STATE INSURRECTIO N SOLID STATE

Lawnc Canb, a td Unvsty o Vna physcst who stdd th physcs o wood as t appld to domstc ny nds, wot that patcl physcsts showd lttl ntst n wok not dctly latd to th own. H chad that “th qst o nty has bcom a spcalty that naows so ntnsly th ntllctal ocs o ts dvots that thy a nwlln to b ntstd n anythn ls n physcs,” and askd, htocally: “Is that what w want to ncoa whn w spak o ‘th nty o physcs’? O dos sch ‘nty’ condmn on to a snobbsh solaton om th manstam o scntc and hman concns?” Canb advocatd accptn dvsty as an qally potnt dal.53 Hs ctcsms o th hh ny physcs anda show that th sam tnsons that aos ov hh-staks pojcts lk th SSC w mch dp, shapn dscssons o th dscpln’s dcton thohot th physcs commnty. Th sam ss o  Physics Today  atd two atcls om condnsd matt physcsts an o th mpotanc o hh-lvl phnomna, shon p th ondatons o pblc amnts aanst th SSC, and avon ncasd sppot owot small In th st, o Chcao thost Lo Kadano on pojcts. sl-oanzaton n Unvsty physcal systms, dscbn how plms dvlop n hatd ds and ndn “many dnt laws and many dnt lvls o dscpton.”54 Kadano’s ocs on complx phnomna complmntd th pspctv h had psntd as a la contbto to  Physics Today Today’s “Rnc Fam” op-d pa snc th md-1980s. In 1986 h pasd th ablty to dscn btwn pactcal and mpactcal dmands o ndstandn and contolln complx systms as a ky componnt o scntc jdmnt.55 In 1988 h boht hs noton o ood scntc jdmnt to ba on contmpoay tnds n ovnmnt scnc ndn: “Th t val o scnc s n th dvlopmnt o batl and powl das. Ovnvstmnt n b scnc dtacts om what s ally wothwhl. I do not thnk that th naton’s o th ovnmnt’s bdt o sach o o R&D s too small. It s, howv howv,, ncasnly msdctd towad andos pojcts. W W physcsts hav a sponsblty to ndstand ndstan d what s tly valabl n scnc and s ths ndstandn to hlp th naton n aton dvlop and xpss ts pots.”56 Clos lnks btwn ntllctal mt and boad lvanc, o th typ Andson xpssd bo Conss and Kadano atclatd n  Physics Today Today, bcam ctcal to th condnsd matt commnty’s otlook on th oanzaton o scnc n Amca n th 1980s and 1990s. Unty, o condnsd matt physcsts, dd not man dcton, bt

 

MOBILIZING AGAINST MEGASCIENCE

187

ath th lvanc o knowld at all lvls to th whol o physcs. Andson wot n  Physics Today Today n Jly 1991: “Wth th mataton o physcs, a nw and dnt st o paadms ban to dvlop that pontd th oth way [om dctonsm], towad dvlopn complxty ot o smplcty.” 57  Dvsty and complxty, o sold stat sachs wokn n th shadow o patcl physcs, w ctcal pqsts o nty. Thy ndcatd that physcal knowld was ntdpndnt ath than hachcal, whch 58 cmntd th clam to ndamntal knowld.   Thohot th SSC dbats, ths shad bl av condnsd matt sachs a snlnss o ppos that th actonalzd ld had ond wantn o mch o ts hstoy. By th 1990s, sold stat physcsts w xpssn a consstnt vw o ndamntal knowld, at last o a natonal adnc. It was smla to what Fancs Btt and Alvn Wnb dscbd dcads al. Sold stat physcsts champond a pmssv appoach that pomotd sach acoss dscplnay bondas and ncoad dvs applcatons. Wthot dctonst hmony and ts nnc on ovnmnt ndn,th thoh, th poston champond by th condnsd mattscnc commnty wold nv hav dvlopd to th xtnt t dd. Vlnt dctonsm, and th sccss o ts poponnts, ocd sold stat physcsts to dvlop th vws on why knowld o complx systms was not lss ndamntal than knowld o smpl systms, and on how mony and pst p st shold b dstbtd accodnly. Andson’s “Mo Is Dnt” spondd to bwn dscontnt n th sold stat commnty whl physcs was at th hht o ts pst. Lkws, th snc o th Wnb cton amon condnsd matt physcsts, Andson ncldd, dn th SSC dbats was dvn by anst ov condtons that mht allow th SSC to domnat th ndn landscap as physcs as a whol watchd ts cltal pst wan. THE MYTH OF THE NON-ZERO-SUM GAIN

Evn  thy acknowldd that spn-os w ovsold and that th SSC was not th only ot to ndamntal nsht, SSC sppots cold all back on a thd, pamatc jstcaton: that klln th SSC wold not  p nds o oth knds o basc sach. Fthmo, hh ny physcsts and th alls ad, sch a la dal xpndt was a sn td. It cmntd a dal commtmnt to basc sach, and was ths lkly to psnt a at abndanc o nds o all typs o scnc n th lon n, not lss ndn. As a slt, th physcs commnty was obld to nt bhnd

 

188

STATE INSURRECTIO N SOLID STATE

th opton that was on th tabl. Ths s what Fly calld “th myth o th non-zo-sm an. an.”” Wth spct to th bllons o dollas’ woth o appopatons to nd th SSC, th amnt that n thm p wold not acc to th bnt o oth aas o scnc was n som sns coct. Conssman Jo Baton o Txas mad ths cas n 1993 n a bd to sav what wold hav bn a boon o hs stat: “I wold pophsz that  w zo ot th SSC . . . that mony s not on to walk on th wat wat  to oth appld physcs o any oth basc scnc, t s on to, n th bst cas, not b spnt at all—n oth wods, o to dct dcton—o t s on to o to oth pojcts that a nonscntc latd. latd.””59 Unlk ndn o th Natonal Scnc Fondaton o th Natonal Insttts o Halth, th SSC’s appopaton was a spaat bdt tm. Its cancllaton wold not man that thos nds wold b dstbtd to oth dsvn scntc pojcts n th absnc o a spaat appopaton. Howv,, th cas aanst ths amnt Howv a mnt was abot mo than th ndn amakd th SSC; t had toclt. do wthTh thqston, cts thatobcondnsd scnc pojcts mad on thonatonal sach matt physcsts, was not whth th sam $11.8 bllon qd o th SSC mht b cavd p amon oth lds, t was whth mascnc pojcts lk th SSC podcd an ovall daman ct on small scnc. And that qston thy answd n th mphatc amatv. Th concn mand that th SSC’s lon-tm pkp costs wold mak t ndn appals mo dclt o oth pojcts. Both th scal o b physcs pojcts and th htoc sd to jsty thm, condnsd matt physcsts chad, dd dama to oth aas o physcs by naown th dnton o basc sach and optmzn physcs tann o patcla aas. Hh ny physcsts had mad th ntllctal am  am zo sm by nsstn on a monopoly ov ndamntal sach. And th skw n th ndn nvonmnt bld ov nto pdaoy: tachs and advss cold b xpctd to dvot mo attnton to mo ndabl aas, and tm n th classoom dvotd to som topcs was tm not xplon oths. Th st hal o ths objcton contndd that th thos bhnd th SSC pptatd th stat o aas n whch condnsd matt sach was vwd only n tms o applcatons, and aan Phlp Andson A ndson was th pncpal mssn. Andson, n hs opposton to th SSC, dpatd somwhat om th cas h had mad n “Mo Is Dnt” two dcads al. In th

 

MOBILIZING AGAINST MEGASCIENCE

189

aly 1970s, th qston o ndn mand n th backond. Hs SSC tstmony pposd hs amnts abot th chaact o scntc knowld to ndwt a pct o how scnc ndn shold b oanzd. Andson dd not oppos th SSC p s, bt objctd to th consoldaton o nancal sppot o nonappld sach n b-bdt patcl physcs nstallatons whl sold stat, connd to small labs, psd naow naow,, pactcal objctvs and ond scant sca nt oppotnty o  o ntllctal costy costy.. Th naow ocs was a consqnc, h blvd, o th conaton o ndamntalty n damntalty wth dcton. H dscbd ndamntal sach n sold stat as “caht btwn th Scylla o th lamoos b scnc pojcts lk th SSC, th nom, and th spac staton, and th Chaybds o th poammd sach, wh yo hav dlvabls, wh yo a askd to do vy spcc pcs o sach amd at som vy shot-tm shot -tm oal.” oal.”60 Andson attmptd a pcaos tavs o ths htocal Stat o Mssna. H advocatd ndn ndamntal sach o ts own sak and sstd tyn ndn to pconcvd, na-tm tchnolocal otcoms. H opposd thphyscs, SSC bcas, condnsd matt condnsd was jst as matt ndamntal as hh ny and (b)(a) ndn xploatoy sach wth no stns attachd wold, as a matt o cos, podc mo socally lvant and tchnolocally valabl slts. Condnsd matt physcs cold boast stln tchnolocal bona ds, bt advocatn advocatn ndn poty ov th SSC stctly on that bass wold ndct Andson’s msson to dmonstat sold stat’s ntllctal mt. Evn  a tchnolocal jstcaton wold hav alln mo mscally on many lslatos’ as, condnsd matt’s ht o ntllctal pst was too ston a componnt o ts dntty o Andson to sll t shot. It was a vson that cold nv t o th ond n a wold n whch b physcs and ndamntal  ndamntal physcs w synonymos. Th xtmophla o hh ny physcs and cosmoloy ( 9.2) had lt condnsd matt physcsts, and oths who wokd on msoscal phnomna, htn ov th ds o th dal basc sach bdt o tyn to mak do wth ndn that was naowly tatd and td to pconcvd otcoms. Th qston o tann dd not cv qt as mch attnton as th qston o ntllctal pots. It was nvthlss, o Andson at last,  jst as ctcal o assssn th nnc o th SSC on th dcton o physphyscs. In hs wttn tstmony sbmttd to th Hos Sbcommtt on Eny Rsach and Dvlopmnt o th Commtt on Eny and Natal

 

190

STATE INSURRECTIO N SOLID STATE

Figure 9.2. Extmophla n physcs, 1988. Ths catoon by S. Has appad alonsd an atcl ctcal o th atttds t llstats. Lo Kadano, “Cathdals and Oth Edcs,” Physics Today Today 41, no. 2 (1988), 9–11. Rpntd by pmsson o ScncCatoonsPls.com

Rsocs n 1987, h od som obsvatons on how th pomnnc o hh ny physcs, n tms o both ndn and pst, shapd th way physcs was taht. Patcl physcs, Andson obsvd, “domnats many o th most pstos nstttons bcas th spa chan om la contacts n patcl

 

MOBILIZING AGAINST MEGASCIENCE

191

physcs o astophyscs can b sd to sppot jno tachn postons, th lamo o whch attacts vy abl yon popl n spt o th nscty o th tn.” In addton, bcas sklls and lann condnsd matt, chmcal, plasma, and oth complx systms physcs tanslatd mo asly nto ndstal sttns, xtm-scal physcs ndd p ovpsntd n th acadmy. And dpatmnts that mht hav lkd to b p th psntaton n lds lk condnsd matt w hampd by th scacty o dal ndn to sppot sach n thos aas. As a slt, Andson potd han “aan and aan om stdnts that thy jst nv had anythn om th tachs abot any oth banchs o physcs ntl thy achd adat school,  thn.”61 Th dal mphass on b scnc, n oth wods, was ampld by dbacks that hhtnd th bas to condctn ndamntal sach nto th popts o complx matt. What mht othws hav bn a paochal concn abot th latv stats o sbdscplns wthn th poams that podcd th conty’s physcsts was pojctd nto natonal-scal dscos as a qston o scntc stan. Was th contytopodcn nohnatonal physcsts, and noh o th ht knds o physcsts, addss statc pots? Condnsd matt physcsts w not abov waponzn natvsm to mak th pont. Kmhansl mantand: “W a not sppotn som vy capabl popl. W a not tann a scnt nmb o Amcans and w hav bcom dpndnt on a stady nx o on scntsts. W hav allowd th ndn o mpssv aclts to tak th sppot om poams at th ndvdal lvl.”62 Andson commntd that “t s bnnn to b a sps to ha an Amcan accnt n th physcs dpatmnts o ths conty bcas w a havn to ll n mo and mo wth mmants and vstos n o jno postons.” postons.”63 Condnsd matt physcsts mht not hav bn so concnd abot th ld swnn back towad ndsty. Indsty was, at all, ntal to th ld’s ons and had mdwd som o ts most ndamntal contbtons. Bt th ndstal laboatos o th 1980s and 1990s w not th ndstal laboatos o th 1950s and 1960s. Whas th latt had boht nto ashtd, npoammd, lon-an sach as a bass o tchnolotchn olocal dvlopmnt, th s o th nnovaton conomy std th “sach” ot o “sach and dvlopmnt” and ocsd n-hos ots on shottm adtn.64 I th Blls, GEs, and Wstnhoss o th wold w not wlln to sppot basc condnsd matt sach thn t wold hav to occ n th nvsts and th natonal laboatos, whch lt condnsd

 

192

STATE INSURRECTIO N SOLID STATE

matt physcsts mo sscptbl to th whms o dal ndn than thy w accstomd to and mo actly awa o th dct thy acd wth spct to hh ny physcs. In on sns, th myth o th non-zo-sm an was no myth at all: cancln th SSC dd not, n act,  p bllons o basc condnsd matt physcs. Th blk o dal ndn o basc condnsd matt sach cam om two socs, th Natonal Scnc Fondaton and th DOE’s Basc Eny Scncs (BES) bdt. Th total NSF sach bdt w slowly and stadly thoh th 1990s, jst manally ahad o naton, and showd no sn o spondn to th SSC’s cancllaton.65 Evy BES bdt qst, and vy conssonal appopaton, o th mand o th 1990s wold b less than th 1993 appopaton. Only n 2000 wold BES ndn aan ach 1993 lvls n actal dollas.66 Bt condnsd matt physcsts w lss concnd wth th athmtc o dal appopaton than thy w wth th thos dvn t. Th qston o what happnd to th nds om SSC appopatons was sconday 67 to o th domnanc o b ndn. scnc—and monopoly soht on th bcts qstons—n dn dal  Thth dcton andtmsson o physcs had bn laly lt to th dscton o b physcsts. In 1989, as Andson hhlhtd th s o msson-ontd sach and dcd th dama t was don to condnsd matt physcs, Bton Rcht cold commnt: “Th Dpatmnt Dpa tmnt o Eny En y,, om whch hh-ny physcs ts almost all o t[s] mony, and om whch ncla physcs ts almost o ts mony, has bn ath ood abot not tyn to ocs sach too thtly o dct t too cntally.”68 That was th sot o contol ov th ld condnsd matt physcsts lt thy had lost whl opatn n th shadow o b scnc, and thy hopd stoppn th SSC wold b a st stp towad scapn om that shadow.

COMPETING PRODUCTIVITY CLAIMS

Condnsd matt physcsts and hh ny physcsts w n on sns nad n an ntllctal popty dspt thohot th SSC dbats. Thy w not span ov patnt hts, bt thy w nad n th typ o wd dscos abot ntllctal popty that Chstn MacLod and Goy Radck dnty whn thy  to  productivity claims, whch thy dn as “clams o bods o scntc knowld as havn nhntly sl oshoots,” n whch “th ownshp asstd s that o a thotcalmpcal dscpln ov a doman o tchncal pactc. pa ctc.””69 Th SSC dbats

 

MOBILIZING AGAINST MEGASCIENCE

193

o a cla xampl o how ths mo xpansv vw o ntllctal popty s sl. Th physcsts nvolvd w nv n a poston to patnt pat nt th tchnolos thy wantd to clam as podcts o th th  lds, bt thy nonthlss soht to stablsh som mas o ownshp ov thm and to tanslat that ownshp nto matal sppot o th sach. Th dncs n how thy st abot that task a valn o th dstnct vws o th ppos and dntty o physcs thy boht to th SSC dbats. Th poltcal nvonmnt sondn th SSC ncoad podctvty clams. Unlk al hh ny physcs aclts, th SSC dmandd a ston amnt that t wold contbt dctly to natonal conomc compttvnss. SSC sppots advancd podctvty clams thoh spn-o htoc, amn to attbt tchncal accomplshmnts n aas as dvs as mdcn, comptn, constcton, and manactn manact n to hh ny n y physcs on th jont bass o ts ndamntal nat nat  and th dmands o acclato constcton. Whas n th 1960s and 1970s, hh ny physcsts had bn assvly dsmssv o connctons btwn th wok and tchnolocal dvlopmnt, post–Cold Wa ccmstancs ccmstanc s av podctvty clams nw tlty. Condnsd matt physcsts had a lon hstoy o makn podctvty clams—thy ssd th Natonal Rsach Concl pots that tacd th ld’s dvlopmnt—bt that dd not dcas th ncy n th aly 1990s. It was a pod o act malas o th ld, vn as t mand wll poplatd and ch wth xctn nw sach topcs. Th collaps o Bll was mblmatc o a la daton o ndstal sach, waknn th mploymnt makt. Fom Bll Labs physcst John M. Rowll attbtd th dcas n ndstal ntst n sach to a dcas n dmand o th knowld that condnsd matt physcsts podcd. Whas ndstal concns thoh md-cnty had thvd on obst sach opatons, lat-cnty copoatons sccdd thoh commcalzn xstn knowld—vy IBM had ts MCI. Th atttd pvaln n ndsty was that “sach s ssntal, bt yo’d b smat to lt somon ls do t.” 70  Condnsd matt physcsts tho had ason to woy whth th podctvty clams w potnt noh, and comptn clams that hh ny physcsts advancd on what thy pcvd as som o th podst tchnolocal accomplshmnts addd nslt to njy njy.. Th opposton tho tatd th sam tchnolocal otcoms that hh ny physcsts clamd. I t was possbl to show that oth aas w qally o mo podctv than hh ny physcs, th SSC wold

 

194

STATE INSURRECTIO N SOLID STATE

bn to sm lk a poo nvstmnt. Ths amnt alon wold hav povdd a powl cas aanst th SSC n th poltcal clmat o th lat 1980s and aly 1990s, and o anyon ntnt on smply snkn th pojct, t wold hav bn asy to stop th. Bt condnsd matt physcsts w not bnt on dstcton. Th pmay objctv was to pomot a ndl clmat o th own sach. Fo Fo hh ny  ny physcsts, podctvty clams w a way o makn a ld that lslatos w nclnd to nd mot sm mo lvant. Bt condnsd matt physcsts acd th somwhat dnt challn o nocn th xstn,  poblmatc clams to tchncal lvanc wthot bndn thmslvs too thtly to tchnoloy and ndcttn th clam to sppot o xploatoy sach. Ths qd shown that th ntllctal standn was on a pa wth hh ny n y physcs, whch thy amd to do by sbvtn dctonsm. Th jstcatons that condnsd matt physcsts had dvlopd o th ld thoh th md-1980s, whch sstd that basc sach cold b xpctd to yld tl slts and pontd to th tack cod o sold stat physcs don jst that,mascnc w nadqat to addss th nq challno challn  that lat twntth-cnty posd. Thy av no danc dstnshn th potntally applcabl om th tnally absts. Rowall ad th that condnsd matt physcsts had to “ac th possblty that th chans n ndstal sach labs ov th past 20 yas consttt an xpsson o dssatsacton wth o contbtons ov that tm. tm.””71 Makn th cas aanst th SSC and n avo o at sppot o basc condnsd matt sach qd movn byond both th nct mntsm Andson had pddld n “Mo Is Dnt” and th nal amnts o th cndty o basc sach that makd th aly htoc o condnsd matt physcs. Fndn both o ths jstcatons nadqat o th pposs at hand, condnsd matt physcsts sstd mo pontdly that som aas o ndamntal nqy w, n act, nhntly clos to sl applcatons than oths. Th poston was a acton both to th al o mntsm to mak a cas o th ld’s conomc lvanc, and th al o smpl basc sach htoc th to xplan why condnsd matt physcs was a btt nvstmnt than hh ny physcs o to advanc ts aspatons to ntllctal pst. Amnts o th mpotanc o basc sach hstocally std on th pms that t s mpossbl to know n advanc whch basc sach wold tn ot to b sl  sl and whch wold not. In th lat 1980s and aly 1990s, condnsd matt physcsts jctd that pms xplctly. Th ssnc o

 

MOBILIZING AGAINST MEGASCIENCE

195

th sltn poston can b smmazd by som o th shap ctcsms Andson lvld at th SSC. H lt hs staton show n asstn, “Scnc can  b ndamntal wthot bn lvant.”72  At anoth pont h wold contnd: “Th basc scnc o today—xcpt o patcl physcs and mch o spac scnc—s sc nc—s th tchnoloy o tomoow tomoow..”73 Basc sach, that s, dos not always d th wllspn o tchnoloy t chnoloy.. Its tlnss dpnds on ts poxmty to th domans o knowld that most otn mak thmslvs sl o tchncal applcatons. A poston o ths sot was ncssay to dstnsh a ld namla o most lslatos om on that was mch mo vsbl. Rnn th podctvty clams n th contxt o th SSC dbats pomptd condnsd matt physcsts to bld a mo xplct and postv conncton btwn th sns o th wok’s ntllctal mpotanc and th convctons abot ts tchnolocal tlnss. A ocs on what mht appa to b mndan sbstancs and sbjcts had not hstocally bn an asst o sold stat physcs. Whas hh ny physcs and cosmoloy bntd om ont  ont htoc, sold stat physcsts 74 t mo dclt to clam wokd at th scal o th vyday, vyday , makn cla m that thy w pshn nto nxplod ttoy.  An o th nhntly at poxmty o basc condnsd matt physcs to pactcal otcoms hlpd sht ths dynamcs n condnsd matt physcsts’ avo. Th objctons to th SSC std, n ln wth th th dmnsons xplod abov, on nsstn that hh ny physcs was mot, ndstnctv, and xtotonat. Andson tstd, “I thnk o Japans compttos hav shown, and I sncly blv, (and, n my own ca, hav shown by xampl) that th ac s mch mo otn won by ‘don what coms natally na tally,,’ and lookn aond at mndan sbjcts lk lass o condctn oxds. Dolla o dolla, w n condnsd matt physcs hav spn o a lot mo bllons than thy hav, and w can honstly poms to t o contn to do so.”75 Th physcs o th mndan, n oth wods,  lt to ts own dvcs, was both ntllctally nt llctally valabl and pdsposd to lad n sl dctons, and thos bnts cold b had at a acton o th astonomcal cost o th SSC. Ths ln o amnt was a synthss o a hal cnty o thnkn abot sold stat and condnsd matt physcs that boht toth th vaos and somtms dvnt stands o th ld. Ealy amnts on bhal o sold stat physcs had potzd bnn ndstal sachs n om th cold. In th 1970s and 1980s, ndstal sach bcam mch btt ntatd nto th nastct na stct o Amcan physcs and, by th tm o th SSC dbats, condnsd matt physcsts shtd to advancn th ld’s plac

 

196

STATE INSURRECTIO N SOLID STATE

wthn th ntllctal hachy o Amcan scnc. Th cas psntd n opposton to th SSC was a way to lnk ths stands and psnt an ma o condnsd matt physcs as a ld that cold both l th Amcan conomy and advanc th ntllctal ambtons o Amcan physcs. By takn th npcdntd stp o pblcly and vocosly opposn th collas’ ashp pojct, thos n condnsd matt physcs w adtonn th own vw o th ld as th domnant mod o ntacton btwn physcs and Amcan socty. Th SSC’s dms, n th ac o aantan cost ovns and manamnt dclts, mht sm to dpnd lttl on sch opposton, whch mht hav don lttl mo than povd a small mas o poltcal cov o skptcal lslatos. Bt t dd psnt th sccss that sold stat and condnsd matt physcsts had attand ov a hal cnty o catn a possonal dntty that spok to th ondn msson o th Amcan Physcal Socty whl smltanosly mbacn tchnolocal lvanc. EPILOGUE: SOLID ST STA ATE AND THE NEW BIG SCIENCE

In 1967, th mnnt las physcst Ath Schawlow wot to Flx Bloch, “It may b that th thoy o sold and lqd stats s now so complcatd that on has to allow tm o a man to ach a boad pspctv.” 76 H d to th tann qd bo pomsn thosts o th day cold b xpctd to mak ondbakn contbtons, bt th sam obsvaton mht b appld to th hstoy o sold stat and condnsd matt physcs. Gown hstocal pspctv otn pompts a sach o contnts acoss what w pvosly ndstood as adcal shts. Hstoans hav vstd th damatc chans that occd n th scntc volton to show how th spposdly nw way o lookn at th wold that appad n th Enlhtnmnt dw lbally om mdval thoht and pactc. Thy hav xamnd th qantm and latvty voltons to mphasz th dbt to nntnth-cnty physcs. Thy hav soht ot th oots o b scnc— otn consdd th podct o an abpt conaton o th pactc o scnc dn th Scond Wold Wa—n th 1920s and 1930s, and somtms al a l..77 Thy wll no dobt look n anst o th bds o stablty that spannd th tblnt nd to th Cold Wa. Whn thy do, condnsd matt physcs s ctan to b amon thm. Th dath o th SSC psnts a damatc and powl p owl dscontnty. dscontnty. “It symbolzd th nd o an a o physcs n th Untd Stats,” accodn to Danl Kvls’s assssmnt, pblshd two yas at th Hos o Rp-

 

MOBILIZING AGAINST MEGASCIENCE

197

sntatvs yankd th pojct’s ndn.78 Th SSC’s dms makd th nd o th US ovnmnt’s pvosly onclad commtmnt to la-scal physcs blt on th dctonst poam. It mo boadly snald th momnt whn physcs was nsatd, ns atd, n avo o boloy, boloy, as th maq Amcan scnc. Kvls sstd that th SSC’s dms n 1993 clmnatd a pocss bn n th 1970s that odd th sky-hh athoty and nq pvl physcs had njoyd n Amcan socty and poltcs dn th aly Cold Wa, and mad t jst as sponsv to th pvaln poltcal wnds as any oth ntst op. How dos th stoy o sold stat physcs am that pct? Fst, as th stls o sold stat physcs show, th btt pat o Amcan physcs had bn btd on th poltcal wnds that snk th SSC o mch lon, so th physcs commnty, ndstood mo boadly, alady contand sbstantal xpts navatn thm. Scond, mxn sold stat back nto th stoy mans that w do not nd to ndstand th SSC n smpl dclnsonst tms. Th opposton to th SSC om wthn physcs hhlhts how th SSC’s absnc chand th sach landscap n wayssthat catd nw possblts o Amcan physcs. Ths standpont allows ocs on a lon-tm tanston thoh th 1980s and 1990s, whch shtd majo US aclts away om hh-ny acclatos and towad mlts aclts hostd both at nvsts, sch as Conll, and at natonal laboatos, sch as th Natonal Synchoton Lht Soc at Bookhavn, th Advancd Photon Soc at Aonn, and th Hh Flx Isotop Racto at Oak Rd. 79 Ths aclts o th “nw b scnc,” as Robt P. Cas and Cathn Wstall call t, a adaptabl to mltpl sach poams, ndly to otsd s ops, ncldn thos om ndsty, and, nlk oont hh ny aclts, a ocd to compt o thos ss wth smla nstallatons aond th wold.80 Thy w dsnd wth lds lk sold stat physcs and matals scnc n mnd, and soon ond a consttncs n stctal boloy and bomdcn, phamactcal sach, and vn at hstoy and achaoloy. Th machns o th nw b scnc hav mch n common wth th Natonal Mant Laboatoy, whch smlaly was ootd n sold stat physcs and was tho dsnd wthot nc to a naow thotcal poam, makn t lvant to an assotmnt o xtnal s ops. Sn aanst ths backdop, th al o th SSC appas mch lss dscontnos. Sold stat had bn plln Amcan physcs th towad tchnolocal slnss, ndstal collaboaton, and xtadscplnay l-

 

198

STATE INSURRECTIO N SOLID STATE

vanc o dcads. It was a natal nxt stp to bn th landmak, dally ndd physcal sach aclts alon wth t. Th qstons that as whn w ty to ndstand th complx sach coloy that ms wthn a synchoton adaton aclty n th aly twnty-st cnty hav mch n common wth th qstons w hav to conont whn tyn to ndstand th complx constllaton o sach poblms, thotcal appoachs, xpmntal tchnqs, and nstttonal contxts that was sold stat physcs n th md-twntth cnty. cnty. Amcan physcs lvd wth a sct o dcads: almost snc ts omaton, t had bn otnly nathl to ts sposd dals. Bt t was that vy nathlnss that allowd t to hold on to thos dals o so lon. Th stady dmbat o tchncal labo cad ot by sold stat physcsts kpt th pblc and polcymaks comotabl that, whatv th htoc ssn om th psts o th ld, t wold ltmatly podc somthn sl. Th nw b scnc psnts, n som sns, an abandonmnt o Hny Rowland’s p scnc dal. Bt t s also a conton o physcs as a hhly htonos ld, and on solctos o th socty that sppots t.

 

CONCLUSIONS

A plalstc socty aly has consnsal oals xcpt n acton to som xtnal that (.., wa, tad comptton, wann natonal nnc) o som ntnal dan (.., dpsson, nscton, nvonmntal dadaton). Lackn sch challns, ach man tnds to o hs own way. —COSMAT —COS MAT,, 1975 197 5

Hny Rowland, who dd Amcan physcs nto th twntth cnty, wold not hav conzd t at th dawn o th twnty-st. It had own wll ov a thosandold, had sbdvdd n ways h wold hav ond atonal and bza, and had bcom nancally dpndnt on ndstal lass n a way h wold hav ond poondly woyn. 1 Hs nnc nvthlss mand. Th tnson btwn Rowland’s p scnc dal and th pamatsm o th Amcan contxt nv lly solvd, and t povd podctv. podctv. Sold stat physcs was ton btwn bt wn ts ds to phold th p scnc dal and ts ablty to lva ts tchnolocal lvanc thoh th scond hal o th twntth cnty. Stvn o pty mad sold stat lvant to th concptal co o physcs; contnd tchnolocal lvanc nabld th most abstact potons o physcs to thv wthn an nvonmnt that mht othws hav bn hostl to thm. Th back and oth btwn th p scnc dal and th all o tchncal and conomc wads pomptd physcs to boadn ts scop n md-cnty, motvatd nw appoachs to ndamntal knowld, and ltmatly mad th dntty o Amcan physcs. Sold stat physcs was sch an nly allanc that ndstandn t as a whol qs xamnn ts nstttonal manstatons. That standpont

 

200

STATE INSURRECTIO N SOLID STATE

vals a stoy o how t adally omd th nstttons o Amcan physcs to b mo condcv to ts nds. Th Amcan Physcal Socty (APS) dvlopd mo mchansms to accommodat ndstal and appld physcs. Th  Physical Review splt and dvotd on scton to sold stat physcs. La nstallatons lk th Natonal Mant Laboatoy ddcatd mch o th sach to sold stat qstons. Ths nstttonal dvlopmnts w shapd by th ambvalnc o Amcan physcs towad ts p scnc msson n th ac o ts manst tchnolocal lvanc. Thy av th most tchnolocally, conomcally, and mltaly lvant poton o physcs th spac to sccd, and n don so shod p th lvanc o physcs o Amcan socty. socty. Th sold stat nscton, whch moblzd aanst th nstttons and dals that cad on Rowland’s lacy, pocdd on th onts. It was a volt aanst th manalzaton o appld physcs, aanst th tadtonal ndstandn o dscplns, and aanst th xcsss o mascnc. Fo mch o th lat twntth cnty, sold stat and condnsd matt physcsts consdd thmslvs a psctd psct d plalty, plalty , htn th nstttons that dd an d contolld and Amcan physcs, whchtoobn th most pat took ncla and hh ny physcs as th dalt, mo n ln wth th ntsts. Lk most nsncs, th sold stat nscton was wackd by ntnal dsamnt and dvson, bt t also sccdd n shtn th cnt o Amcan physcs, whch, by th lat 1990s and aly 2000s, was mo accptn o appld sach, mo xbl n dnn ts sblds, and lss bholdn to vy la aclts. By way o conclson, I wll vw ths onts on whch th sold stat nscton advancd, ach o whch shows how vwn Amcan physcs om th standpont o sold stat and condnsd matt physcs can pomot a mo complt ndstandn o th hstoy o Amcan physcs as a whol. APPLIED PHYSICS COMES IN FROM THE COLD

In 2014, th Amcan Physcal Socty addd a twlth jonal to th  Physical Review amly. Physical Review Applied  appad  appad wth a mandat to pblsh th “hhst qalty paps at th ntscton o physcs and nnn, wth th oal o bdn th atcal dvd btwn ths lds.”2  As smla chans to th pblshn and possonal landscap noldd om th 1930s thoh 1950s, physcsts consdd a nmb o dvds to b atcal—btwn mtals and solds, solds and oth oms o matt matt , nds-

 

CONCLUSIONS

201

ty and acadma, vn, at tms, physcs and chmsty. chmsty. Bt th ln btwn physcs and nnn sally mand bht.3 Th oad that mad t possbl o a banch o th Physical Review, th nn sanctm o p scnc n md-cnty,, to dcla physcs and nnn md-cnty nn n o a pc was cctos, bt t ban wth th st stns o th sold stat nscton. Th thad o physcs pblshn that ns thoh ths book llstats th bbs and ows o th stats o appld and ndstal physcs n th Untd Stats, and th mann n whch sold stat physcs nncd thm.  Jonals polatd to sv sv appld physcsts physcsts n th st w dcads o o th twntth cnty. Ths ll nto th catos. Som w lanchd by possonal socts wth a ston appld ocs, sch as th  Journal o the Optical Society o America, th  Journal o the Acoustical Society o America, and th  Journal o Rheology , whch soht to cat nw commnts and oms o appld physcs that th APS was not povdn. Oths ond th stat as pat o ots to stm th nx o sbmssons to th  Physical  Review. Tchnoloy Tchnoloy and nstmnt-ocsd nst mnt-ocsd sach constttd constt td th blk o o Applied Physics Physics and Review th ow tatd o dvson nto th o Scientic Instruments . Follown Follown th Journal omaton o th Amcan Insttt o Physcs (AIP) n th 1930s, jonals sch as th  Journal o Chemical Physics  and th  American Journal o Physics catd otlts o spcalts that w othws ndsvd. Th cmlatv ct was to naow th Physical Review’s ocs, n tandm wth th qantm volton, whch ncoad an ncas n thotcal paps, amn ts stats as a p scnc jonal and snaln th contnn manal stats o appld physcs, n spt o ts owth. Th 1940s boht wdspad hand-wnn abot th soy stat o th acadma-ndsty latonshp. Sold stat physcs stablshd tsl as a dvson o th APS, and as a conzd sbdscpln o physcs, n spons to thos anxts. It was not obvos that th loos constllaton o actvts that bcam sold stat physcs wold b lly o vn mostly classd as physcs. Bt th act that thy w had consqncs o th pblshn habts o sold stat physcsts. Paps n th Physical Review w th con o th alm. Th apd and sbstantal ncas n th poplaton o sold stat physcsts thoh th lat 1940s and aly 1950s contbtd contbt d sncantly to a nw wav o pss on th APS’s ashp jonal, whch ban to s om backlos and bdt dcts. Ths consdatons blossomd nto th pblcaton poblm o th md-

 

202

STATE INSURRECTIO N SOLID STATE

1950s, wth th  Physical Review opatn at a loss and nabl to poms apd pblcaton. Sold stat physcsts sosly consdd odann th  Journal o Chemical Physics th pncpal pblcaton otlt o th ld, o catn a nw jonal o cod o sold stat physcs d novo. Sch poposals w abandond n avo o a solton to bld sold stat nto a manstam physcs sbld, whch aspd to b o scnt ntst to oth physcsts to mt nclson n ts nal-ntst jonal. Sold stat physcs n th 1950s, actos and compatmntalzd by sach topc, nspd som to woy that t mht dt away om th co dntty o physcs to xplo collaboatv oppotnts wth nhbon lds. Th dcson to play th am on th tms st by th APS and th  Physical Review mant that th at o Amcan physcs and th at o sold stat physcs, appld baa and all, bcam lnkd. Sold stat physcs, n shot, was th pncpl vcto that ntodcd appld sach nto th manstam o Amcan physcs. Sold stat wold sccd n ts bd to nstall tsl as a manln phys Physical Review wold amnt n 1970, wth on o th cs osbld. sctonsTh ddcatd to sold stat physcs and latd lds. Th 1970s and 1980s saw th s o condnsd matt physcs, an volton om sold stat physcs that soht a mo consstnt dscplnay dntty and mo tadtonal mphass on p scnc vals. Nvthlss, poxmty poxmty to tchnolocal applcatons mand a pont o pd o what was now by a th last smnt o Amcan physcs. By th tm th Spcondctn Sp Colld (SSC) was cancld n 1993, a sncant poton o th physcs commnty had land lan d to wa th th  appld lvanc comotably comotably.. Th condnsd matt otlook on physcs was not so mch th cla vcto o th SSC dbats as t was th poston that was lt standn. Th hh-powd dctonsm that had nsd p scnc htoc manatn om th patcl physcs commnty sd a sos blow wth th dath o th SSC. Evn bo th pojct’s cancllaton, th lks o Stvn Wnb Wnb and Lon Ldman w movd to dstanc thmslvs om th ampant spn-o clams that dltd th ntllctal and cltal amnts n avo o hh-pc hh ny physcs. SSC spn-o clams, howv, w pal chos o mch ston amnts o tchnolocal lvanc that sold stat and condnsd matt physcsts had bn makn o som tm. Movn nto th twntth cnty, ths assmd a mch la ol n Amcan physcs. Th dclaaton n  Physical Review Applied   that th bas spaatn physcs om nnn w atcal and woth dmolshn

 

CONCLUSIONS

203

s on lacy o th momntm sold stat physcs adally mpatd to th Amcan physcs commnty, commnty, ndn t away om a p scnc dal and towad accptanc o tchnolocal lvanc. THE CHANGING SHAPE OF PHYSICAL DISCIPLINES

Physcs s what physcsts dcd t s. Amcan physcsts thmslvs, howv, ald to tap nto that ancy o mch o th aly twntth cnty. Th dawnn alzaton n th 1940s that dscplnay bondas cold b ymandd to st mmdat possonal nds av physcsts a powl and xbl tool to oanz a apdly own poplaton and to mana th dvnt and somtms comptn ntsts o th ops that md wthn t. Sold stat physcs was th most mmdat and an d th most sccssl slt o ths alzaton. Oanzn aond somthn oth than a spposdly natal catoy mad t oté n th 1940s and 1950s, bt ts sccss psad th dlbat ots to statcally nn and somtms ndmn dscplnay stct lat n th twntth cnty. Foman hastodntd Foman n th lat, concdn twntth cnty cnt an acltal o tanston omPal dscplnaty antdscplnaty, antdscplnaty wthy a la la sht om modnsm to postmodnsm. Th noton o dscplns as dstnct and omalzd bods o possonal knowld and pactc, p actc, Foman Foman as, s o spsnly cnt hstocal vnta, a podct o a md-cnty modnst mphass on possonal dscpln (n th sns o land sl-contol) and xpts. Th 1960s and 1970s, thoh, saw th bnnns o an antdscplnay acton, whch dspaad dscplns as Pocstan mpdmnts to both pstmc and socal poss.4 Th s o sold stat physcs concds wth th a  a n whch Foman locats ths tanston, and psnts a tlln llstaton o how physcsts w notatn th concpt o dscplnaty both n ts hyday and thoh ts dcln. It s an amsn ony that on o sold stat’s ky contbtons to th oanzaton o Amcan scnc—ts sl-conscosly convntonal ot bonday—was th vy chaactstc that mad t dosyncatc whn t omd. It s also ttn that th ld ddcatd to stdyn complx physcal systms was tsl sch a complx dscplnay assmbly. Sold stat pond a nw mod o dscplnay oanzaton, on that an cont to th pvaln md-cnty md-cnt y wsdom. Contmpoay sstanc asd, t wold soon nsp mtatos. Matals scnc, a podct o aly 1960s ots to combn basc scntc sach n th physcal scncs wth nnn ots tatd at statc matals, was lkws a dscpln dscpln  by convnton,

 

204

STATE INSURRECTIO N SOLID STATE

assmbld n la pat to captalz on th statd pncs o powl nds. A smla pattn wold nold lat n th cnty wth th advnt o nanoscnc and nanotchnoloy, whch w not om a st o poblms o pactcs, bt om an oppotnstc acton to dal dvlopmnt pots and accompanyn ndn oppotnts.5 Sold stat, as an antcdnt to ths and oth dvlopmnts, tho povds a powl bass om whch to ndstand dscplns and th nnc ov scntc dscos dn th twntth cnty, whn th apdly own poplaton o scntsts avod nw mods o oanzaton. Fthmo, th sold stat xampl clas th mpotanc o dscplnay dntty o mdatn scntc athoty, ovnn pst dspts, and dn soc allocaton. Th lack o a clan sach- o concpts-basd answ to th qston “what s t that sold stat physcsts dd?” ocss attnton on th sns o possonal soldaty that nd th ld o dcads. Thoh th scond hal ha l o th twntth t wntth cnty, cnty, physcs as a whol cam to a constllaton o loosly ntsts lk sold stat physcssmbl mch mo than t smbld th latd concptally cohnt dscpln that physcsts lk John Van Van Vlck had soht so ht to psv n th ac o 1940s dvsonalzaton. Naatvs dvn by th polaton o qantm mchancs and ots to hastn thotcal ncaton otn obsc ths vdnt stat o aas. Bt th volton o th possonal nastct o Amcan physcs—a stoy to whch sold stat was cntal—was a posson away om th aly twntth-cnty Rowlandan vson o a commnty nd by ll-thoatd advocacy o p sach. Th APS spotd dvsons bnnn n th aly 1940s, ntatn a pocss o spcalzaton and compatmntalzaton that contnd o th st o th cnty.6  Physics Physics Today  lanchd n 1948, boastn o ts altaan dtoal polcy. polcy. Fom th 1960s on, own own nmbs o physcsts patcpatd patcpa td n nw ntdscplnay lds sch as matals scnc. All ths actos ndcat that physcs stadly bcam a b tnt wth thnn walls thoh th scond hal o th twntth cnty. Undstandn how and why sold stat omd tho os a cas stdy, on a small scal, o how Amcan physcs volvd. Th nat o physcs chand as mmbshp n th dscplnay commnty bcam lss a matt o wokn on a small st o commnally sanctond poblms and mo abot tann and sl-dntcaton. As wth th condnsd matt movmnt wth spct to sold stat, th was som pshback aanst ths

 

CONCLUSIONS

205

dvlopmnt wthn physcs. Th psh o and ncaton and th ston dctonst mpls that dov hh ny physcs om th 1960s thoh th 1990s, howv, appas n a dnt lht  consdd as a contpont to a dvsyn ld than t dos whn psntd as th cntal naatv o Amcan physcs. Sold stat can ncoa a mo complt hstocal ndstandn o Amcan physcs n th lat twntth cnty by tsl bn a mcocosm o how th la commnty was stctd. MEGASCIENCE UNDERMINED

I th ntsts o appld scnc povdd th mpts o th sold stat nscton, and th mann o physcal dscplns was ts consqnc, thn ssntmnt boht abot by th xcsss o b scnc was ts l. Pst looms last to thos who l thy lack th a sha. Sold stat physcsts spnt mch o th Cold Wa watchn th oppost nmbs n ncla and patcl physcs ap th socal, poltcal, and pcnay bnts o physcs’ nwond cltal vsblty. Mch o that vsblty cam n th om o hstocally nstallatons. As patcl physcsts pobd small and small lmntsla o th atom, th machns thy sd to do t w, and th sold stat commnty’s stats conscosnss hhtnd n dct popoton. Many a sold stat physcst spotd a chp on th shold shold,, and that pnacos stak avod th ld’s possonal stoy om th 1960s on. 7 Th nstallatons o b scnc w monmntal. Thy w, o cos, physcally la. Bt an nomos patcl acclato cold also ncton, n th wods Danl Klppn, “as a monmnt to o Natonal aspatons.” 8  Klppn, an atomc physcst, sppotd th SSC, althoh h chod sold stat physcsts’ admontons that t shold not b sppotd at th xpns o oth aas o scnc. By dntyn th monmntal ncton th SSC and oth la acclatos svd, Klppn nvthlss atclatd on o th pncpl statons sold stat and condnsd matt physcsts had wth b scnc. Monmnts, n th popla manaton, clbat patcla pats o an vnt o ntps at th xpns o oths. Undstandn hh ny patcl acclatos as monmnts to natonal scntc accomplshmnt mpld a patcla slant on what typs o scntc accomplshmnts w mpotant to th naton. Sold stat physcs lackd a monmnt on whch t cold pn ts aspatons. A ld dspsd amon laboatos acoss acadmc, ndstal, and ovnmntal nstttons, sppotn an abndanc o sach poams, sold stat dd not lnd tsl to physcs by monolthc machn. Many n th

 

206

STATE INSURRECTIO N SOLID STATE

ld spondd by blln aanst monmntalsm tsl, sstn that la, s ns aclts w a poo nvstmnt and daman to th halth o th st o scnc—th atttd that amd th scntc cas aanst th SSC. It wold b a sttch to call th dath o th SSC a vctoy o small scnc. It dd not yld ncasd ntst n ndn xploatoy sach on th lab-bnch scal o dc dmands o wll-atclatd tchncal o commcal otcoms that cam wth mch small-scnc ndn. It dd, howv,, snal th closn o an a n Amcan scnc n whch th dchowv tonst vw o physcs champond by th hh ny commnty wold xt otszd nnc on natonal-scal scnc polcy. polcy. Opposton to th ndn stct mpld by b scnc was ntmatly lnkd to opposton to th dctonst phlosophy. Althoh hh ny physcsts otn psntd dctonsm as th pncpl that had poplld physcs o mllnna, datn to ancnt Gk atomsm, th avo o dctonsm that dd hh ny sach n th latt hal o th twntth cnty s mo poply ndstood as a nw ntllctal amwok, dvlopd om andTh o th sach poam thatbyld to thAndson standadand modl o patcl physcs. mntsm dvlopd Phlp oth condnsd matt physcsts, whch mantand th concptal ndpndnc o concpts con cpts at hh scals o complxty, complxty, was lkws dawn om th phnomna o condnsd matt physcs. Bt n addton to codyn concptal dncs btwn th hh- and low-ny domans, phlosophcal dsamnts abot dcton and mnc had wd-ann consqncs o th sl-ma o physcs and ts oanzaton. Thy contstd whth th had co o ndamntal physcs shold man an xclsv clb o wdn nto a b tnt. Rdctonsm was a na ncssty to ndwt th clams that la xpnsv aclts w ncssay to psh owad th bondas o ndamntal knowld. I, howv, ndamntal nsht cold b and at any scal o oanzaton, thn th natonal commtmnt to scnc as clt cold asonably b spad mo wdly. Fo ths ason, phlosophcal amnts abot th pstmc chaactstcs o ndamntal knowld omd an ntal componnt o condnsd matt physcsts’ cas aanst th SSC. Condnsd matt physcsts not only oht aanst mascnc bcas t sqstd socs o basc sach n a w la l a aclts bt also bcas thy smatd at th ntllctal avac o th dctonst mov to monopolz ndamntal knowld. Amcan physcs wold not com

 

CONCLUSIONS

207

to mbac appld lvanc as pat o ts dntty wthot thos aas that boastd ths lvanc st dmonstatn that thy cold contbt to th ntllctal co o physcs. Th stls o sold stat physcsts to cav ot spac o th sach and pblcz th accomplshmnts whl labon n th shadow o b physcs also has lssons o how to tll th hstoy o twntth-cnty scnc. Th monmnts t ctd stand ot n o vsta o th past, bt th most mposn ats o th skyln a otn only dmly psntatv o th sondn tan wh most popl spnd most o th tm. Sold stat physcsts, scattd thohot th oothlls o montanos b scnc nstallatons, accontd o a mch la popoton o scntc otpt n th lat twntth cnty. Th sntmnt o b scnc was not smply a matt o tnn p th noss at hh-hann t, bt o advocacy o a systm o sppot and accontablty that btt ctd th dmoaphcs o Amcan physcs. MAKING AMERICAN PHYSICS MATTER

Th stoy o th sold stat nscton nvts vstn standad naatvs o Amcan physcs n th twntth cnty, many o whch hav bn shapd by th Inward Bound  naatv,  naatv, atclatd n Abaham Pas’s book o that ttl. Pas psnts th twntth cnty as a s a voya nto th atom, whch ncovd th dpst and most ndamntal scts o nat amon th most basc consttton o matt and voltonzd o ndstandn o th nvs.9 Raly s th ocs on patcl physcs as th bass o th st o th dscpln so stctv and xplct as n  Inward Bound  Bou nd , yt patcl physcs has stood n o physcs n nal n many o th most nntal hstooaphcal movmnts o cnt yas. Hstoans o physcs thnk abot th latonshp btwn thoy and xpmnt and th nat o physcal knowld thoh th lns o bbbl chambs, wak ntal cnts, and qaks, appoach pdaoy thoh Fynman daams, and ndstand laboatoy clt thoh th stos o th Stanod Lna Acclato, Lawnc Bkly Laboatoy, and Fmlab.10 Th cmlatv slt s that th dctonst naatv that patcl physcs thmslvs avod has bcom th backbon o th hstooaphy o twntth-cnty physcs. Bt om anoth pspctv, th advancs n ncla and sbncla physcs at abot 1930 mht sm povncal and ncmntal. By 1930, wth th dscovy o th nton, physcsts had a cla da o th lmnts

 

208

SOLID STATE STATE INSURRECTIO N

o ncla stct. st ct. Ncla physcs, wthot a dobt, povd povd ts mpotanc n damatc ashon dn th Scond Wold Wa. Bt both th Manhattan Pojct and sbsqnt bomb and acto wok w pncpally nnn ntpss. So a as th basc physcs o ncla matt s concnd, th st o th cnty sccdd only n shn ot th pct that was laly n plac by 1930 and pshn t back on lvl to dvlop a sns o sbnclonc stct—an achvmnt to b s, bt a paochal on, vn that th phnomna n qston can only b catd and obsvd n hhly spcalzd laboatos. Fom ths pspctv, th al acton o twntth-cnty physcs noldd lswh. Anyon walkn alon a black-sand bach n Hawa, o Nw Zaland, o Hon Kon can obsv, wthot nstmntaton, th popty o omantsm n th mantt dposts that v ths bachs th dstnctv colo. Yt that phnomnon and many oth asly a sly obsvd popts o matt mand mystos bo th advnt o thotcal and xpmntal tchnqs dvlopd wthn sold stat sta t physcs. Fom Fom ths pspctv, th most ont oont. th twntth was not th o hhny ont, btactv th complxty It wascnty th dmystcaton th popts o complx matt and th applcatons o thos popts, whch mad o tchnolocal wold, om hom comptn, sto qpmnt, and cookwa to commncaton, tanspotaton, mdcn, and waa. Ths s a tndntos amn, bt t svs a ppos: t xposs th hstooaphcal contnncy o th dspopotonat ocs on ncla physcs, hh ny physcs, and cosmoloy, alonsd th hstocal contnncy o th domnanc thos lds assmd ov pblc dscos abot physcs n th scond hal o th twntth cnty. Two contactal scnaos hlp to pob that contnncy th, ach o whch os hstc tlty by thown nto l th ol sold stat physcs playd, dspt lackn th pblc acclam o ts sbln sblds, n scn th pomnnc o Amcan physcs.11 Fst, vn th hh d o nstttonal volatlty n th aly post– Scond Wold Wa a, t s asy to man a contactal scnao n whch sold stat physcsts mat away om physcs and nto chmsty, mtally, and nnn, mch as lctcal nnn had som dcads al. It was a contnncy abot whch th ld’s onds actvly wod, and th Amcan Physcal Socty concl was dmonstably sqamsh abot clan th typ o nstttonal spac that wold v th socty a mo ndstal avo. Wthot sold stat, whch accontd o a

 

CONCLUSIONS

209

la popoton o th postwa poplaton boom, physcs wold hav stayd small and own mo slowly.12 Th pblshn css o th 1950s wold hav bn manad by dctn sold stat wok nto th jonals o oth lds. Most mpotant, th tchncal accomplshmnts o sold stat physcs wold hav accd to th bnt o thos oth lds. In that scnao, t s dclt to man how Amcan physcs wold hav mantand th poltcal wll ncssay to contn th mascnc pojcts that bcam ts most conzabl and bst-pblczd accomplshmnts. Physcs wold no dobt hav njoyd a pod o vsblty and nnc on th coattals o ncla wapons, bt th hal-l o that nnc wold lkly hav bn mch shot. Physcs was ondd, podly, on th ns o Amcan vals, and n dct opposton to som o thm. Sold stat was nstmntal n challnn that t hat paochalsm and makn Amcan physcs mo sponsv to th nds o socty n whch t was mbddd. In contast, many patcl physcsts, dply dsllsond wth wapons sach, shapnd th noton o scntc pty to an vn n pont. Sch an wold bn dclt to sstan wthot a banch olvanc physcs thatatttd ddcatd tslhav to xplon th aas that w o mmdat n th Cold Wa and sppotd th pcpton that physcs was contnally, not mly occasonally, sl. W can man a scond scon d contactal scnao sc nao n whch th Manhattan Pojct nv acqd th scal o socs t ndd to constct a wokn bomb bo th nd o th wa n th Pacc. Phaps Lo Szlad ald to nd Albt Enstn, who nv cosnd hs atl ltt to Fankln Roosvlt dmandn a US spons to th Gman ncla poam. Phaps Goy Bt mand, nhapply, th Coodnato o Rapd Rpt and was not abl to nstll th amos spt that tha t makd J. Robt Oppnhm’s dctoshp o th t h Los Alamos laboatoy laboatoy.. Sppos, o whatv ason, th Scond Wold Wa nds wthot a damatc, pblc dmonstaton o th pow o th ncls. It s had to man that ncla wapons sach wold not hav contnd, bt t wold hav don so n sct, nd th danc o a vy dnt postwa od. Ncla physcsts wold not hav bn catapltd to clbty n qt th sam way and hh ny physcs wold ths not hav bntd om th pblc pomnnc that th psycholocal pow o ncla wapons boht to mcophyscs. In ths scond scnao, sold stat physcsts wold hav bn wll postond to bcom mch mo poltcally nntal n th aly Cold Wa, n patcla on th stnth o ada sach, whch, n th absnc o th

 

210

SOLID STATE STATE INSURRECTIO N

bomb, wold lkly hav domnatd naatvs abot physcsts’ contbtons to th wa ot. Ncla physcsts, shackld both by sccy ms and dobts abot th sccss and cost ctvnss o th poposal o a sp wapon, wold hav acd at dclty ann poltcal and cltal tacton. It wold b asonabl to xpct a mch mo apd mbac o appld lvanc om Amcan physcsts—not an nscton bt a cop, mch lk th on that catapltd molcla boloy to th oont o boloy aond th sam tm. Hstoans wold look back on Rowland’s dals as qxotc, mavl that physcsts w abl to sstan thm vn nto md-cnty, and nd th oots o th dms n th ntwa stctn o th jonal and socty nastct. Th ppos o a contactal shold always b to v s a sh pspctv on th actal. Ths scnaos, whch pob nttons abot what actos shapd postwa physcs, show s that th hstoy o twntth-cnty Amcan physcs dos not t toth wthot th stoy o sold stat physcs contbtn answs to som o th most complln qstons q stons abot t. How and dddd physcs antosch mantan t odd so lon?why What t man b apomnnc physcst nsothqckly Untdand Stats and how that dntty chan ov tm? How do physcsts notat what t mans o knowld to b ndamntal? Ths a qstons that t to th co o why th hstoy o physcs matts, and th answs to thm look qt dnt, as I hav ad h, whn takn th xpncs o sold stat physcsts nto accont. Th contactal xcs abov also maks cla that th pcs ta jctoy that th twntth cnty dd tak tak conspd to mask th sncanc o sold stat physcs wthn t. Hh ny physcs, n spt o ts scon o th typs o shot-tm tchnolocal nds that th scty stat otn dmandd, was wll adaptd to th cltal momnt o th Cold Wa. Th  Jams Bond lms povd an analoy that maks ths compatblty cla. cla. Th Bond ss s amon th lonst nnn n cnma, and ts ttla chaact on o th most conzabl ctonal s n Wstn popla clt. Bt whn Danl Ca took ov as th anchs’s ladn man, th amla chaact took an namla tn. No lon dd th dbona spy’s copos consmpton o vodka matns mly mak hs am t as h battld otszd spvllans and th Rb Goldb–sq plans o wold domnaton. Instad, Bond was psntd as a ayn alcoholc, bckln nd th motonal toll o hs job as hs dmons thatnd to ndmn hs ht aanst nms catd by hs own conty’s malasanc. Unlk th Cold

 

CONCLUSIONS

211

Wa Bond mad amos by San Conny—th podct o a wold pantd n black and wht—Ca’s dpcton bts a wold that stls st ls to com to tms wth statlss nms, ndscmnat lctonc svllanc, and th moalty o don stks. St aanst th Manchasm o th Cold Wa, Conny’s Bond mad sns. Ca, n tn, plays a mssy Bond o a mssy wold. Bt th dyads o captalsm and commnsm, East and Wst, ood and vl, that playd so stonly on Cold Wa psycholoy vnc th maskn, not th absnc, o ndlyn complxts.13 In physcs, as n th opoltcs o th Cold Wa, th mssnss was th all alon, bt w hav bn at tms dolocally ndsposd to notc t. Th pct o physcs as dvdd btwn dctonst, ndamntal sach on on hand han d and dvatv, appld physcs on th oth was powl to physcsts—spcally dn th Cold Wa, whn t t th spt o th tms—and t has mpntd th hstoy o physcs as wll. Tlln th stoy o Cold Wa Wa physcs qs q s pln back ths sdctv vn and conontn th mssnss o Schmutzphysik. It was not a consnss dolocal vson, th dmands o adolocal Cold Wadvsty contxt, that mad physcs schcompatbl a sccsslwth scnc; t was th that allowd t to adapt to th many nchs that a complx contxt od.

 

NOTES

INTRODUCTION. What Is Solid State Physics and Why Does It Matter?

 Epigraph: Goy H. Wann, qotd n an nttld docmnt, 1943, CRS, old 3. 1.  Establishing Priorities in Science Funding: Hearing Beore the Task For Force ce on De ense, Foreign Foreign Policy and Space o the t he Committee on the Budget, House o Representatives, 

102nd Con. 67 (Jly ( Jly 11 and 18, 1991) (statmnt o Phlp W. W. Andson, Ph.D., Josph Hny Posso, Pncton Unvsty). Th tms “patcl physcs” and “hh ny physcs” w w sd ntchanably aond ths tm, and a sd that way n ths book. 2. Th latonshp btwn ths two nams, whch s not npoblmatc, s dscssd n chapt 8. 3. Stds o dscpln omaton hav ocsd pncpally on how commnts coalsc aond sach poblms and tchnqs, o on how pacttons bcom “dscplnd” thoh pdaocal poams and possonalzaton pocds, both omal and nomal. Rpsntatv xampls ncld: Jackson, “Chmsty as th Dnn Scnc,” whch shows how th owth o ston laboatos catd th condtons n whch consnss pactcs cold m, adn th stablshmnt o chmsty as a dscpln n nntnth-cnty Gmany; Lon, “Wllam McEloy, McEloy,” whch xamns how th st o nw poblms posd by molcla ntcs contbtd to th mnc o bochmsty; and Lno and Lécy L écy,, “Instmnt Maks,” Maks,” whch mphaszs how th dstnctv st o pactcs that spn p aond nstmnts and nstmnt makn hlp assmbl dscplnay commnts. Oths hav challnd th nvsalty o ths appoach, spcally n th alm o mo cnt scnc, whn commnts bcam la, mo complx, and mo poltcally p oltcally nad. S, o xampl, Good, “Assmbly “Assmbly o Gophyscs.” I ollow Good n ndstandn dscplns as xbl tools that can b sd to solv possonal and nstttonal poblms as wll as concptal ons. 4. Hoddson t al., Out o the Crystal Maze, v. 5. Ths, o nstanc, w th pmay catos dntd by th Wa Polcy Commtt o th Amcan Insttt o Physcs n th aly 1940s. Klopst, “Wok “Wok o th Wa Polcy Commtt.” 6. Althoh otn patd, th ons o ths appantly vbal mak a ncla. It had ntd patcl physcs lo by 1966 at th latst, whn May Gll-Mann patd t at th 13th Intnatonal Connc on Hh-Eny Physcs. Gll-Mann, “Cnt Topcs n Patcl Physcs.” 7. Danls and K, “Byond th Rach.” I thank John K o shan a ppnt o ths pap wth m. 8. In a smla mann, w s th hstoy o scnc dntly  w stat om th pspctv o appld scnc. Johnson, “What I W Wot?”; Mody, “Towad a Hstoy o Scnc.”

 

214

NOTES TO PAGES 8–19

9. Th most comphnsv accont o th SSC’s s and all  all s Rodan, Hoddson, and Kolb, Tunnel Visions. 10. S Kas, “Atomc Sct,” o an accont o how th Manhattan Pojct dvlopd ts popla ptaton as a tmph o thotcal physcs, ath than o mtally, mtally, chmsty, and nnn. 11. On th postwa pst o physcsts, s Kvls,  Physicists,  and Bown, Dsdn, and Hoddson, “Pons to Qaks.” Robt W. Sdl has statd th ons o th own pst o Amcan physcs slhtly bo th wa n th sccss o th Lawnc Bkly Laboatoy. Sdl, “Ons o th Lawnc Bkly Laboatoy.” On th ncasd nnc o physcs on polcymakn, s, n addton to Kvls,  Physicists, Klnman,  Politics on the Endless Frontier  Frontier . 12. S Kvls, “B Scnc.” 13. Mssn, “Why Enstn Bcam Famos.” 14. Dp, Science in the Federal Government , s th on o a boad hstooaphcal consnss. Stds bldn on Dp’s wok hav xplod th dtals o th mchansms that nactd th dal ovnmnt’s nwly obst commtmnt to ndn scntc sach. S: Enland, E nland, Patr  Patron on or Pure Science; Thboda, “Scnc n th Fdal Govnmnt”; Klnman,  Politics on the Endless Frontier ; Edton, “Tm, Mony, and Hstoy.” 15. Wstwck,  National Labs; Cas,  Making Physics; Sdl, “Natonal Laboatos” and “Hom o B Scnc.” Scnc.” 16. Hcht, Hch t, “Atomc “Atomc Ho.” 17. Dol, “Scntsts as Polcymaks”; Wat, Scientists in Po Power  wer ; Fnkbn, Jasons. 18. Hoddson, Kolb, and Wstall, Fermilab. 19. Wol, Competing with the Soviets, 43. 20. Stvns, “Fndamntal Physcs.” 21. Bd, B d, Scientists at War , 270. 22. Rowland, “Hhst Am,” 828. 23. Joas, “Campos q ntam.” 24. I laly avod nan wth th many ntstn sss n th concptal hstoy o sold stat and condnsd matt physcs, whch do not psnt a cohsv stoy o th ld and hav bn consdd pcmal by oths. Fo an ovvw o ths woks, s th scton “Concptal Dvlopmnt o Rsach Poams,” n Matn, “Rsoc Ltt,” 91–93. 25. Th a that patcl acclatos mht cat mnscl black hols that wold ow and nl th plant was th soc o potsts dctd at both th La Hadon Colld n Gnva and th Rlatvstc Havy Ion Colld on Lon Island. Fo an dyn hstoy o ths as, as , and a dscsson o th lal sss sondn njnctons ld on th bass o o  thm, s Johnson, “Black Hol Cas.” Cas.” CHAPTER 1. THE PURE SCIENCE IDEAL AND ITS MALCONTENTS

 Epigraph: Rowland, “Hhst Am,” 825. 1. Tocqv Tocqvll, ll, Democracy in America, 2:48. 2. S Wawck awck,, Masters o Theory.

3. On physcs n Pssan sconday dcaton, s Olsko, “Physcs Instcton” and  Physics as a Calling . On th Physkalsch-Tchnsch Rchsanstalt, s Cahan, Institute  or an Empire. 4. Fo an ovvw o both th connctons btwn scnc and ndsty n nn-

 

NOTES TO PAGES 19–24

215

tnth-cnty Eop, and th ltat dscssn t, s Hnt,  Pursuing Po Power wer and  Light . 5. Th conncton btwn scnc (ncldn physcs) and tchnoloy n aly twntth-cnty Amca has bn wll docmntd, notably n Nobl,  American by  Design. 6. Ths analyss blds mplctly on th walth o ltat that chats th tansomaton o th Amcan physcs commnty n th 1920s and th nnc o scntc maton n th 1930s. Rpsntatv o th n a: Wn n,, “Nw St o th Smna”; Cobn, “Scntc Establshmnt”; Holton, “Fomaton”; Hoch, “Rcpton”; Stw, “Ncla Physcsts”; Rd, “Alam and Oppotnty”; Schwb, “Empcst Tmp”; and Assms, “Amcanzaton o Molcla Physcs.” 7. Rowland, “Hhst Am,” Am,” 826. A thooh accont o Rowland’s possonal ta jctoy and ntllctal dvlopmnt can b ond n Swtnam, Command o Light . On Edson as a ol  ol o Rowland, s Honshll, “Edson and th P Scnc Idal.” 8. S Kohlstdt, Sokal, and Lwnstn, L wnstn, Establishment o Science. 9. Rowland “Hhst Am,” 833. 10. S Lc, “Ons o P and Appld Scnc.” 11. Fo a dscsson o bst-scnc ltsm and ts ol n aly twntth-cnty Amcan physcs, s Kvls, Physicists. 12. Amcan Physcal Socty, “Mmbs. Jn 15, 1902,” APSM. Sx oth mmbs lstd only an addss, placn an pp bond on ndstal mmbshp at 6.9 pcnt. Th mand o mmbs potd acadmc o ovnmnt alatons, and ovwhlmnly th om. Fo Fo a dscsson o th s o Amcan ndstal sach n ths a, s Rch, Making o American Industrial Research. 13. “Lst o Mmbs o th Amcan Physcal Socty toth wth Lsts o Ocs o 1920 and Past Ocs, a Goaphcal Indx, and th Consttton and By-Laws,”  Jly 1920, APSM. Th blk o th mann mmbs w mployd n sconday dcaton, nonovnmntal, nonpot laboatos, sch as th Can Insttton o Washnton, o dd not ndcat th mploymnt. 14. “Lst o APS Mmbs,” Jly 1920, APSM. Maj. Go O. Sq o th Wa Dpatmnt and Go K. Bss o th Ba o Standads w lctd mmbs o th concl, as, t appas was Fank Jwtt o th Wstn Elctc Company. Th lst o concl mmbs nams “J. B. Jwtt,” as an lctd mmb, bt Fank, lat to bcom psdnt o Bll Laboatos, s th only Jwtt n th APS mmb ols o 1920. 15. Lc, Lc, “Ons o P and Appld Scnc”; Nobl, American by Design. 16. Gooday, “‘Va and Atcal.’” 17. Hxly, “Scnc and Pactcal L,” 167. 18. Hnt, Maxwellians; Cadwll, From Watt Watt to Clausius. 19. Caty, “Rlaton o P Scnc,” 512. 20. Colt, “Rol o Scnc,” 22. 21. Rch, Making o American Industrial Research. 22. Wat, “Physcs Bsnss.” 23. S Ws, “Ionsts n Indsty.” 24. A. Robt, “It An’t th Mony,” Dcmb 2, 1944, KBP, box 10, old Rabb [ sic ], ], Isdo Isaac. 25. Hyd, “Why 1916?” 26. “Ancdotal Hstoy.” 27. “Edtoal.”

 

216

NOTES TO PAGES 24–35

28. Watall, ntvw by Lndsay. 29. Govnn Boad o th Amcan Insttt o Physcs, Mnts o Mtn hld May 3, 1931, AIPM, accssd Fbay 7, 2017, https://www.ap.o/hstoy-poams /nls-boh-lbay/collctons/ovnn-boad/may-3–1931. 30. “Plmnay Rpot o th Polcy Commtt on th Roanzaton o Physcs,” Addndm to th Mnts o th Jont Mtn o th Exctv Commtt and Polcy Commtt, Mach 8, 1945, AIPS. 31. Pas, “‘Physcal Rvw.’” 32. Fo a dscsson o th owth and ncton o vw ltat n th physcs commnty, s Lall, “Nw Scntc Jonal.” 33. Rchtmy, “Edtoal,” 1. 34. I s atcls, ath than pas, as a mas o sz wth th opatn assmpton that anyon adn th jonal wold appoach ach atcl statcally, statcally, and so that adn tm wold b colatd mo closly to nmb o atcls than to nmb o pas. 35. Qotd n Dncan and Janssn, “On th V,” 566. 36. Van Vlck and N, “John Tonc Tat,” 471. 37. Tat and Van Vlck, “Edto’s Colmn,” 69. 38. S Amboso, “Hstocty o Pc’s Classcaton”; Cssza, “Salty.” 39. Whwll, Philosophy o the Inductive Sciences, 278. 40. S Schwb, “Empcst “Emp cst Tmp. mp.”” CHAPTER 2. How Physics Became “What Physicists Do”

 Epigraph: Bckly, “What’s n a Nam?” 301.

1. A sach o atcls that ncld both “ada” n th ttls and “physcs,” “physcst,” o “physcsts” n th txt btwn Janay 1940 and May 1944, whn Bckly spok, tns only two atcls om th  New York York Times hstocal achv. On s a b not potn Albt Hoyt Taylo’s Taylo’s Mdal o Mt ctaton; th oth s a andloqnt at nttld “Rada—O Macl Ally,” whch s to Jams Clk Maxwll as a physcst whn sttn down th hstocal backond on whch th “nvnts and nns” sponsbl o ada ld. “Two Gt Mdals o Mt,” New York York Times, Mach 22, 1944; Davs, “Rada.” Fo an ovvw o ada’s nnc on th Scond Wold Wa, s Bown, Radar History. 2. Hll, “Otlook o th Physcst,” 66. 3. Kvls, “Cold Wa,” 263. Th qot sponds to Pal Foman’s amnt that th nx o mltay spndn nto physcs dn th Cold Wa ontd physcs away om basc sach. Kvls accss Foman o bn ssntalst abot physcs and takn th acadmc, p-scnc-ontd smnt o th dscpln as, n som sns, th “t” physcs. Foman, “Bhnd Qantm Elctoncs.” 4. Wllam W. Hansn, ltt to Danl L. Wbst, Fbay 4, 1943, FBPS, ss 1, box 5, old 20. 5. Kas, “Booms, Bsts,” Bsts,” dscsss th systmc chans boht abot by th apd post–Scond Wold Wa poplaton boom n physcs. 6. Davd Kas addsss th povnanc and sncanc o ths tm n “Fom Blackboad to Bombs.” 7. On th dmoaphcs o physcs n th 1930s, s Wat, Wat, “Physcs Bsnss.” Bsnss.” 8. Kas, “Postwa Sbbanzaton.” 9. Wthn dscssons that xplod th t o th Amcan physcs commnty, psntatvs o all camps tndd to map th acadma/ndsty dvd onto th dstnc-

 

NOTES TO PAGES 35–41

217

ton btwn basc and appld sach. Ths mappn assmd, as Mos Mskat, a sach physcst at Gl Rsach Laboatoy, obsvd, that ndstal physcsts “a not mployd to do physcs sach per se, bt to dvlop applcatons o physcal pncpls and tchnqs. Th spcc poblms a nally not sl-catd.” As a consqnc, th Unvsty o Chcao’s Robt Mllkn notcd, “Th acadmc scntsts and th ndstal o appld scntsts ach tnd to ock by thmslvs, bcas th acadmc scntsts somtms lack ntst n th poblms o ndsty, and th ndstal popl nd th paps psntd by th acadmc scntsts too thotcal o too hhbow.” Mskat, “Ltt to th Edto,” 38; Mllkn, “Rmaks on a Possbl Dvson,” 42. Mllkn was not opposd to a spctoscopy dvson, bt soht ways to ncoa t to sv as a cnt o ntaton ath than a soc o onal dntty. dntty. 10. Osood, “Physcs n 1943,” 106. Th school was namd Mchan Stat Unvsty o Aclt and Appld Scnc n 1955 and doppd th ppostonal phas n 1964. 11. Mskat, “Ltt to th Edto,” 38. 12. Hanwll, “Rsach n Physcs.” Th atcl was basd on a talk Hanwll dlvd at th Symposm on th Rol o Physcs n th Postwa Pod, cohostd by th APS and th Amcan Assocaton o Physcs Tachs at Stat Coll, Pnnsylvana,  Jn 18, 1943. 13. Hanwll, “Rsach n Physcs,” 232–33, 235–36. 14. Hanwll, “Mo Pct Unon,” 20. 15. At ths tm, Watall was consltn o th US Navy whl bn pad thoh Colmba Unvsty. Htchsson, a Unvsty o Pttsbh posso and dto o th  Journal o Applied Physics, wold lat sv as psdnt o th AIP. 16. Watall and Htchsson, “Oanzaton o Physcs,” 408–9. 17. Th IRE was on o two socts—th Amcan Insttt o Elctcal Enns bn th oth—that combnd to om th Insttt o Elctcal and Elctoncs Enns n 1963. 18. Goldsmth, “Commnts,” 649. 19. S Rosnb, “Amcan Physcs.” 20. Sal Dshman t al., “Th Psnt Wa Is a Physcst’s Wa,” CRS, old 3. Fo th dscsson, s chapt 3. 21. Olsn, Cttndn, and Smth, “Ltt to th Edto,” 108. 22. Osood, “Ltt to th Edto,” 108. 23. Whn th AIP’s Govnn Boad hld ts st mtn at th Cosmos Clb n Washnton, DC, n May 1931, on atclaton o ts msson was “to ach a wd adnc o mn wokn n physcs and to v thm asly adabl nws o all knds latn to physcs.” It conscosly amd to avod th lmtatons o th APS and spond to th nds o physcsts whv thy mht b wokn, and whv th ntsts mht tak thm. Sch a msson ncsstatd a mch boad concpton o “physcst” than th mo consvatv vocs n th APS wold hav consdd. Govnn Boad o th Amcan Insttt o Physcs, Mnts o Mtn hld May 3, 1931, AIPM, accssd Jn 19, 2018, http://www.ap.o/hstoy-poams/nls-boh-lbay/collctons /ovnn-boad/may-3-1931. 24. Ths addss s pntd n Stz, “Whth Amcan Physcs?” Th Janay 1945 mtn o th APS hostd, ho std, and Stz’s talk was a pat o, th st symposm on th sold stat dscssd n th nxt scton. Daow, Daow, “Symposm on th Sold Stat.” Stat.” 25. Stz, “Whth Amcan Physcs?” 40–41.

 

218

NOTES TO PAGES 42–51

26. Stz, “Whth Amcan Physcs?” 41–42. 27. Stz, “Whth Amcan Physcs?” 40. 28. Concl o th Amcan Physcal Socty, Mnts o th Mtn Hld at Pttsbh, Jn 21, 1940, APSM. 29. Concl o th Amcan Physcal Socty, Mnts o th Mtn Hld at Baltmo, May 1, 1942, APSM. It s not cla whth Rtch was a mmb o th APS at th tm h snt ths ltt, snc h had snd hs mmbshp n 1940. Concl o th Amcan Physcal Socty, Mnts o th Mtn Hld at Phladlpha, Dcmb 26, 1940, APSM. 30. Concl o th Amcan Physcal Socty, Socty, Mnts o th Mtn Hld at Colmba Unvsty, Jn 5, 1943, APSM. 31. Daow Da ow,, “Cnt “Cn t Tnds,” Tnds,” 437–38. 437–38 . 32. Qotd n Daow, “Cnt Tnds,” 437. 33. Daow, oncally, was mployd by Bll Labs. H jond Wstn Elctc n 1917 and contnd on wth th advnt o th Bll Systm n 1925. Howv, h had mad a habt o accptn vstn possoshps. Daow spnt a ya at Stanod n th lat 1920s, compltd stnts at th Unvsty o Chcao and Colmba Unvsty n th aly 1930s, and at th tm o ths dscssons abot ndsty and acadma n th aly 1940s had bn tachn at Smth Coll, wh h spnt th spn smsts o 1941 and 1942. 34. As a th xampl o th oc o ths polcy, a dvson poposd n 1943 “to b dvotd to th pomoton o physcal pncpls as appld app ld to txtls, plastcs and bb,” d to n aly concl mtn mnts as th “Dvson o Txtl Physcs,” was complld to pocd as th “Dvson o Hh-Polym Physcs.” Concl o th Amcan Physcal Socty, Mnts o th Mtn Hld at Chcao, Novmb 27, 1942, and Mnts o th Mtn Hld at Colmba Unvsty, Unvsty, Jn 5, 1943, APSM. 35. Baton, “Insttt Dons,” 4. 36. Govnn Boad o th Amcan Insttt o Physcs, Mnts o Mtn Hld Mach 10, 1944, AIPM, accssd Jn 19, 2018, http://www.ap.o/hstoy -poams/nls-boh-lbay/collctons/ovnn-boad/mach-10-1944. 37. “Rpot o th Natonal Rsach Concl,” 283. 38. Stton, “Intodctoy Rmaks,” 285. 39. Bckly, “What’s n a Nam?” 303. 40. Bckly, “What’s n a Nam?” 303. 41. Gbbs, “What Shold B th Mthod, Mthod,”” 305. 42. Kmbl, “What Chans n Gadat Tann?” 291. 43. Bans, “How Can th Plac?” 296. 44. Bans, “How Can th Plac?” 300–301. Sawy was mmb o th Unvsty o Mchan’s physcs aclty, bt at th tm o ths mtn, havn jond th US Naval Rsv, was dctn th xpmntal laboatos o th Naval Povn Gond. 45. Hanwll, “Rol o Oanzaton,” 310–11. 46. Qotd n Hanwll, “Rol o Oanzaton, Oanzaton,”” 312. 47. Hanwll, “Rol o Oanzaton,” 313. 48. Daow, “Conclson,” 327. 49. Th oths w Kal T. Compton, Hom L. Dod, L A. DBd, and Pal E. Klopst. 50. “Plmnay Rpot o th Polcy Commtt on th Roanzaton o Physcs,” Addndm to th Mnts o th Jont Mtn o th Exctv Commtt and Polcy Commtt, Mach 8, 1945, AIPS.

 

NOTES TO PAGES 52–60

219

51. Foman, “Bhnd Qantm Elctoncs”; Wan, American Science; Wat, Rise o  Nuclear Fear . 52. Wldhack, “Ltt to th Edto,” 271. 53. Concl o th Amcan Physcal Socty, Mnts o th Mtn Hld at Nw Yok, Sptmb 19, 1946, APSM. CHAPTER 3: Balkanizing Physics

 Epigraph: Ths xcpt om “La Masllas” tanslats: “that an mp blood

wats o ows.” Th Ba o Standads n Washnton, DC, tadtonally hostd th annal Amcan Physcal Socty mtns. Th nomal chaact ncoad attnds to convs ly on th lawn otsd. John H. Van Vlck, ltt to Roman Smolchowsk, Fbay 26, 1944, Amcan Physcal Socty, Dvson o Sold Stat Physcs, CRS, old 1. 1. Wat, “Sold Commnty,” 618. Wat dnts th omaton o physcs n th md-nntnth cnty as anoth sch ctcal jnct. 2. Wat, “Bth o th Sold-Stat Physcs Commnty,” 45. 3. Wat, Wat, “Sold “S old Commn Commnty ty,,” 627, 628, 628 , 640. 4. Lyons, “Concnn th Dvson o Hh-Polym Physcs.” Physcs.” Th Dvson o Elcton and Ion Optcs, omd by a op o lcton mcoscopsts, had bn appovd al n 1943. 5. Sal Dshman t al., “Th Psnt Wa Is a Physcst’s Wa,” CRS, old 3. Ealy dscsson amon th op o sx and th cospondnts d to a “scton” ath than a “dvson” o th socty. Kal K. Daow, th APS sctay, coctd ths o onc th ptton cam to hs attnton, notn: “Th wod . . . s  Division and not Section—o Sctons a th oaphcally-dnd ops o mmbs sch s ch as th Nw Enland Scton.” Kal Daow, ltt to Roman Smolchowsk, Mach 22, 1944, CRS, old 1. Th as wth whch most physcsts ntchand th two tms dmonstats that a lack o amlaty  amlaty wth th ntnal stct st ct o th APS, n patcla wth dvsons and th oals, mand wdspad n th md-1940s. 6. Roman Smolchowsk, ltt to Stanly R. Mach, Jly Jly 10, 1947, CRS, old 4. 7. Roman Smolchowsk, ltt to Sdny Sl, Dcmb 17, 1943, CRS, old 1. 8. Roman Smolchowsk, ltt to Conys Hn, Fbay 15, 1944, CRS, old 1. 9. John Van Vlck, ltt to Sal Dshman, Janay 29, 1944, CRS, old 1. Althoh Smolchowsk was th pmay achtct o th ot, th ltt nstctd cpnts to ply to whomv amon th op o sx thy pd. Dshman, th st alphabtcally, tho cvd th ppondanc o th pls, whch h dtlly passd on to Smolchowsk. 10. Daow, “How to Addss th APS,” 4. 11. Van Vlck, ltt to Dshman, Janay 29, 1944. Van Vlck, a commttd Rpblcan, n psonal cospondnc o ths pod otn xpssd skptcsm o Fankln Roosvlt’s polcs. Hs nc to th Nw Dal may b ad as doatoy doatoy.. 12. S, most notably, Van Vlck  , Theory o Electric and Magnetic Mag netic Susceptibilities. 13. Fo a dtald valaton o th contbtons to th qantm volton that ondd Van Vlck’s standn stand n amon hs h s ps, ps , s Dncan and Janssn, Janss n, “On th V.” V.” 14. Th two w clos noh that Daow lt comotabl wtn Van Vlck n Latn n od to coodnat th nomnaton o mtal nd En Wn o llowshp n th Amcan Phlosophcal Socty: “Amo Gmanom, m cm coca cola,

 

220

NOTES TO PAGES 60–64

t dbltas mmoa snt adcs mltom malom. Sct ct dxst, Wn non st socs nost n Soctat Phlosphca Amcana” [Lov o th Gmans, m and Coca-Cola, and waknss o mmoy a th oots o many vls. As yo hav coctly sad, Wn s not o assocat n th Amcan Phlosophcal Phlos ophcal Socty]. Kal Daow, Daow, ltt to John Van Vlck, May 15, 1945, KKDP, box 19. (Tanslaton not: Daow ss th ntv “Gmanom,” “Gmanom,” whch ltally tanslats as “possssd by th Gmans.” Gvn th contxt—jst a wk at VE Day—t appas that h wold hav bn btt svd by th datv “Gmans,” o “o th Gmans. Gmans.”) ”) Van Van Vlck also had occason to stay wth Daow whl th latt was a vstn posso at Smth Coll n 1941. At Van Van Vlck dpatd, msplacn a pa o sspnds n th pocss, th two xchand a ss o ltts spclatn on whth o not sspnds cold b had n th Smth colos and whth o not ths ctd satoal tnds n womn’s colls. John Van Van Vlck, ltt to Kal Daow, Mach 6, 1941; Kal Daow, ltt to Van Vlck, Mach 13, 1941; and John Van Vlck, ltt to Daow, Mach 25, 1941, JHVVP, 1853–1981, box 9. 15. John Van Vlck, ltt to Kal Daow, Sptmb 19, 1943, KKDP, box 19, old 1943 TUV. Th nc to th al-stat bsnss s to th Physcal Socty’s pchas o a bldn to hos ts opatons n Nw Yok Cty. Cty. 16. Roman Smolchowsk, ltt to John Van Vlck, Fbay 3, 1944, CRS, old 1. 17. Van Vlck, ltt to Smolchowsk, Fbay 26, 1944. 18. Roman Smolchowsk, ltt to John Van Van Vlck, Fbay 21, 1944, CRS, old 1. 19. Fdck Stz, ltt to Kal Daow, May 6, 1944, CRS, old 1. Ths opponnts o dvsonalzaton ncldd, at th last, Van Vlck and En Wn, th latt o whom was amosly ppattc n hs sach ntsts and wold tho nd lttl to commnd a topcally dvdd APS. 20. Kal Daow, ltt to Fdck Stz, May 16, 1944, CRS, old 1. 21. Fdck Stz, ltt to Kal Daow, May 25, 1944, CRS, old 1. Th appant mallablty o Stz’s convctons and hs adptnss at navatn th comptn ntsts nvolvd cas addtonal sncanc n lht o hs sbsqnt wok on bhal o copoat ntsts n th ac o th scntc consnsss on th dans o tobacco and anthoponc clmat chan. S Osks and Conway, Merchants o Doubt . 22. Daow, ltt to Stz, May 16, 1944. 23. Fdck Stz, ltt to Roman Smolchowsk, May 25, 1944, CRS, old 1. 24. Léon Bllon, ltt to Sal Dshman, Janay 25, 1944, CRS, old 1. Bllon sktd th smla ss that wold lat do sold stat physcs, namly that th bod btwn solds and oth stats o matt cold b smlaly zzy. zzy. 25. Roman Smolchowsk, ltt to Sdny Sl, Dcmb 17, 17, 1943, CRS, old 1. 26. Gaylod P. Hanwll, ltt to Ghad D, Sptmb 20, 1939, GPHP, box 6, old 2. Fancs Btt, a physcst hd by MIT’s Dpatmnt o o  Mnn and Mtally n th md-1930s who took stps to bnd th ld to a physcst’s noton o o, o, povds anoth xampl o th poston and aspatons o mtally n th lat 1930s. By th aly 1960s, th stdy o mtals had lost ts lst n th ac  ac o “a own tnd thohot th wold towads th nd tatmnt o th scnc o mtallc and non-mtallc matals.” “Fndn a Fom,” 361. 27. Natonal Acadmy o Scncs, Industrial Research Laboratories, 7th d. (1946), 34. Th nclson o “sold stat physcs” was nw n th 1946 pot, havn bn absnt om 6th dton o 1938. 28. Labs lstn sold stat physcs n 1950 ncld, n addton to Bll: th Fankln Insttt o th Stat o Pnnsylvana; th Mlwak Gas Spcalty Company; Phlps

 

NOTES TO PAGES 64–69

221

Laboatos, Inc. o Hdson, NY; NY; Wstnhos Wstnhos Elctc Copoaton (“sold stat lctoncs”), and Cal A. Zap’s Laboatoy, o Baltmo, MD. Natonal Rsach Concl,  Industrial Research Laboratories, 9th d. (1950). Inomaton o 1956 and 1960 n Natonal Rsach Concl,  Industrial Research Laboratories, 10th d. (1956) and 11th d. (1960). 29. Roman Smolchowsk, ltt to Fdck Stz, May 30, 1944, CRS, old 1. 30. Fdck Stz, ltt to Roman Smolchowsk, Jn 14, 1944, CRS, old 1. 31. Kal Daow Daow,, “Mmoandm o a Convsaton wth R. Smolchowsk—Jn 16, 1944,” CRS, old 1. Daow ndcatd n th mmo that h had wth hm a copy o Stz’s Jn 14 ltt to Smolchowsk, solvn th qston o whth o not Smolchowsk had an oppotnty to ad t bo talkn th matt ov wth Daow. Daow. 32. Kal Daow, ltt to Roman Smolchowsk, Jn 28, 1944, CRS, old 1. 33. Dshman t al., “Physcs o th Sold Stat.” 34. Dshman t al. , , “Physcs o th th  Sold Stat,” 791. 35. John Van Vlck, ltt to Fdck Stz, Sptmb 9, 1944, CRS, old 1. 36. In 1944, Journal o Applied Physics pblshd an appoxmatly qal nmb o atcls om physcsts n ndsty and acadma. Ths two ops toth accontd o abot 40 pcnt o contbtons ach, wth th mand comn om th ovnmnt scto—mostly concntatd n an ss ddcatd to naval sach—alon wth two atcls om Sovt sachs. In contast, dn th sam ya th  Physical Review, by thn consdd th ashp jonal o Amcan physcs, p hyscs, pblshd hty-nn atcls, sx o whch, lss than 7 pcnt, cam om ndstal physcsts. Unvstyalatd physcsts accontd o svnty-nn o th hty-nn Physical Review atcls, o abot 89 pcnt. 37. Roman Smolchowsk, ltt to John Van Vlck, Fbay 13, 1945, CRS, old 2. 38. John Van Vlck t al., ltt to Kal Daow, Janay 29, 1945, CRS, old 2. 39. Roman Smolchowsk, ltt to John Van Vlck, Mach 15, 1945, CRS, old 2. 40. John Van Vlck, ltt to Roman Smolchowsk, Mach 21, 1945, CRS, old 2. 41. Fdck Stz, ltt to Roman Smolchowsk, Mach 30, 1945, CRS, old 2. 42. Stz, ltt to Smolchowsk, Mach 30, 1945. 43. Roman Smolchowsk, ltt to Thomas Rad, Sal Dshman, Sdny Sl, Wllam Shockly, and Fdck Stz, Dcmb 13, 1946, CRS, old 4. Th commtt also ncldd Kal Daow, Go Pam, and John T. Tat. Concl o th Amcan Physcal Socty, Mnts o th Mtn Hld at Nw Yok, Sptmb 19, 1946, APSM. 44. Concl o th Amcan Physcal Socty, Socty, Mnts o th Mtn Hld at Mnnapols, Novmb 30, 1946, APSM. 45. Concl o th Amcan Physcal Socty, Socty, Novmb 30, 1946. 46. Concl o th Amcan Physcal Socty, Socty, Mnts o th Mtn Hld at Washnton, May 2, 1947, APSM. 47. Concl o th Amcan Physcal Socty, Socty, May 2, 1947. 48. Concl o th Amcan Physcal Socty, May 2, 1947. 49. Concl o th Amcan Physcal Socty, Mnts o th Mtn Hld at Montal, Jn 20, 1947, APSM. Th Dvson o Hh-Polym Physcs had bn wth th polcy o accptn assocat mmbs who w not mmbs o th APS and who pad ds dctly to th dvson. 50. Roman Smolchowsk, ltt to th Concl o th Amcan Physcal Socty, Sptmb 20, 1946, CRS, old 4.

 

222

NOTES TO PAGES 69–77

51. Kal K. Daow, ltt to Roman Smolchowsk, Dcmb 4, 1946, CRS, old 4. 52. Kal K. Daow, “Fomaton o a Dvson o Sold Stat Physcs n th Amcan Physcal Socty,” ltt to APS mmbshp, May 1947, CRS, old 4. 53. Daow, “Fomaton o a Dvson.” 54. Wann, “Statstcal Poblm.” 55. Van Vlck, “Svy o th Thoy,” 30. On th hstoy o th xchan concpt, s Cason, “Pcla Noton.” 56. Bozoth and Wllams, “Ect o Small Stsss.” 57. Zn, “Fact Stss o Stl.” 58. Bck, “Catalyss.” 59. Bdman, “Ects o Hh Hydostatc Pss.” 60. Stz,  Modern Theory o Solids. Stz acknowldd contbtons om hs physcst w, Elzabth Mashall Stz, that today wold lkly xtnd as a as to mt coathoshp. 61. Kttl, Introduction to Solid State Physics. 62. Hopld, “Whatv Happnd?” 3. 63. Dsslhas, Mldd. 3.42J Thoy o Solds, Cos Nots o Randall R andall M. Rchadson, Fall 1972. Rchadson—who I thank o shan ths nots wth m—jons oths wth whom I hav spokn n calln ths cos as a modl o claty, and on o th hhlhts o th MIT physcs cclm. 64. Dtald acconts o th tanssto’s nvnton and nmnt can b ond n Hoddson, “Dscovy o th Pont-Contact Tanssto,” and Rodan, Hoddson, and Hn, “Invnton o th Tanssto.” 65. Kttl, Introduction to Solid State Physics, v. 66. Ath von Hppl, “Nw Flds o Elctcal Ennn,” AvHP, box 1, old 44. CHAPTER 4. The Publication Problem

 Epigraph: Alan T. Watman, ltt to Kal K. Daow, Jly 5, 1955, Concl o th

Amcan Physcal Socty, Mnts o th Mtn Hld at Chcao, Novmb 25 and 26, 1955, APSM. 1. Th total mmbshp was btwn 230 and a nd 240 n Apl o 1948, accodn to an nomal assay condctd at th tm. Elas Bstn, ltt to Kal Daow, Octob 19, 1956, APSR, sbop sbop 2, box 14, old 11. Th APS as a whol potd a mmbshp o 7,649 n 1948. 2. Exact DSSP mmbshp o 1961 s navalabl, bt th dvson had 670 mmbs n 1958 and 951 by 1963. Th 5 pcnt stmat s basd on 1958 nmbs, th closst dat o whch both DSSP and APS mmbshp data a avalabl: that ya, th DSSP nolld 670 o th Physcal Socty’s 13,844 mmbs. DSSP mmbshp nmbs om: Sstna F. Gco, ltt to Gal Dody, Mach 22, 1963, APSR, sbop 2, box 17, old 10; Kal Daow, ltt to John C. Slat, Fbay 13, 1958, JCSP, old Daow, Kal #3. Amcan Physcal Socty mmbshp s om: Amcan Physcal Socty, “Hstocal Mmbshp Conts, 1899–2016,” accssd Fbay 20, 2017, http://www.aps.o/mmbshp/statstcs/ndx.cm. 3. Concl o th Amcan Physcal Socty, Mnts o th Mtn at Oak Rd, Mach 18, 1950, APSM. Th th dvsons w th DSSP, th Dvson o Hh Polym Physcs, and th Dvson o Elcton Physcs, whch had chand ts nam om

 

NOTES TO PAGES 77–85

223

“Elcton and Ion Optcs” n 1948. To ths day, th APS holds two majo annal mtns. Th Mach mtn s domnatd by sold stat–styl sach, and th Apl mtn by hh ny, ncla, and astophyscs. 4. Concl o th Amcan Physcal Socty, Mnts o th Mtn at Washnton, Apl 29, 1953, APSM. Van Van Vlck, at ths pont, was th past psdnt o th APS. Ioncally, vn hs nsvd advocacy o basc sach, h had bn mad Dan o Ennn and Appld Physcs at Havad n 1951. In 1960 h wold bcom cha o th DSSP xctv commtt. 5. Fdck Stz, ltt to Elas Bstn, Janay 6, 1961, JHVVP, box 35, old Amcan Physcal Socty. 6. Kal Daow, Daow, ltt to th Mmbs o th Concl o th Amcan Physcal Socty, Socty,  Janay 18, 1960, APSM. 7. Stz, ltt to Bstn, Janay 6, 1961. 8. Elas Bstn, ltt to DSSP Mmbshp, ndatd 1956, JCSP, old Bstn, E. 9. A smla staty was psd, wth mo sccss, n Eop wh  Physica Status Solidi   was st pblshd n 1961. Fo a smmay o ths jonal’s ol n th stablshmnt o Eopan sold stat physcs, and spcally as a mchansm o scntc xchan btwn East and Wst dn th Cold Wa, s Homann, “Fty Yas o  Physica Status Solidi .” 10. Data collctd om th onln  Physical Review achv at http://pola.aps.o/. Th cont nclds only ll atcls, omttn ltts, mno contbtons, ata, and dtoal nots. 11. S Kas, “Cold Wa Rqstons,” on th boom n physcs PhD podcton. S Foman, “Bhnd Qantm Elctoncs,” Elctoncs,” on postwa ndn pattns. 12. Baton, “Insttt Dons,” 4. 13. Gaylod P. Hanwll, ltt to Fdck Stz, Sptmb 29, 1950, PTDR, box 3, old S. 14. Katch, “Edtoal,” 3. 15. Wn, “ Physics Today Today.” 16. Th atcls ncd a, spctvly: Sl and Snnott, “El Cto Cycloton”; Gamow, “Ralty o Ntnos”; Tsza, “Hlm”; Solomon, “Physcs and Canc”; Jnson, “Ptals”; Pa, “On o th Eath”; Isln, “Down to th Sa.” Sa.” 17. Gamow, “Any Physcs Tomoow?” 18. 18. Raymond, “Ltt to th Edto,” 5. 19. Hh-mndd spclaton was bcomn common n ctan smnts o th physcs commnty by th mddl o th cnty. Fo an accont that placs thm n th contxt o a lon tadton o sch and thozn, s Kah, Higher Speculations. 20. Go R. Hason, ltt to Gaylod P. Hanwll, Janay 20, 1950, GPHP, box 2, old 22. 21. Sam Godsmt, ltt to Gaylod P. Hanwll, Jn 29, 1950, GPHP, box 2, old 22. 22. John H. Van Vlck, ltt to Gaylod P. Hanwll, Jn 27, 1950, GPHP, box 2, old 22. 23. Robnson, “Challn o Indstal Physcs,” 5. 24. Bsh, “Tnds n Amcan Scnc,” 7. 25. Fdck Stz, ltt to Wllam Shockly, Fbay 28, 1945, WSP, box 1, Shockly Cospondnc, Jly 25, 1939–Mach 30, 1948, Volm I.

 

224

NOTES TO PAGES 85–90

26. Stz, ltt to Shockly, Fbay 28, 1945. 27. “On o Rada R ada Contmass (Roh Dat), Da t),”” RRLR, box 4, old Admnstatv Rpot Accmlaton. 28. S Foman, “‘Swods nto Plohshas.’” 29. Hny A. Baton, “Amcan Insttt o Physcs, Dcto’s Rpot o 1954,” Mach 12, 1955, FSP, box 1, old AIP Cospondnc #1. Ths nmbs ndcat not only that mo popl tand as physcsts w takn jobs n ndsty, bt also that th dnton o “physcst” had boadnd to ncld scntsts who mht hav bn othws classd n th 1930s o aly 1940s. 30. Stz, On the Frontier , 67. Ths ancdot s also contd n Shkn,  Broken Genius, 30–31. 31. Fo a dtald contn o Van Vlck’s physcal and concptal pnatons, s Fllows, “J. H. Van Vlck.” 32. Wn, Recollections, 171–79. 33. Stz, On the Frontier , 58–59. Stz was Wn’s st Amcan adat stdnt. Hs scond and thd w John Badn and Conys Hn. Badn wold o on to wn two Nobl Pzs o hs sold stat wok and Hn wold ond th nntal thotcal sold stat physcs dvson o Bll Labs. 34. S: Assms, “Amcanzaton o Molcla Physcs, Physcs,”” sp. 22; Dncan and Janssn, “On th V”; Schwb, “Yon John Clak Slat”; and Gavol and Smõs, “Th Amcans, th Gmans, and th Bnnns. Bnnns.”” 35. Rosnld, “Mn and Idas,” 77. 36. John Van Vlck, ltt to John Slat, Novmb 17, 1971, JHVVP, box 28, old 615. 37. Slat, “Qantm Physcs n Amca.” 38. Th dstnctv sond o th Hnaan accnt, combnd wth th ptnatal ablty ths mn showd n scnc and mathmatcs, ld to th ncknam. Hatta,  Martians o Science. 39. Tanscpt o talk nttld “My L as a Physcst,” EPWP, box 13, old 3. 40. Wn, “On th Mass Dct o Hlm.” 41. Slat, ntvw by Khn and Van Vlck. Nvthlss, Slat dd pblsh a ollow-p to th BKS pap whn h tnd to th Untd Stats: Slat, “Qantm Thoy o Optcal Phnomna.” Dncan and Janssn sst that, dspt hs constnaton wth hs collaboatos n Copnhan, Slat contnd to dnd BKS wll at Boh had snd hmsl to th alty o lht qanta. Dncan and Janssn, “On th V.” Slat’s sbsqnt wok on sold stat and molcla physcs, howv, whch consstd mostly o condctn ab nto calclatons wth possvly mo powl dtal compts, s consstnt wth hs sl-potd dsdan o ondatonal spclaton, whch was vdntly nocd by hs xpnc aboad. Fo an ovvw o th Compton ct, s Stw, Compton Eect . 42. Slat, ntvw by Khn and Van Vlck. 43. Wn and Stz, “On th Consttton o Mtallc Sodm. Sodm.”” 44. Mo dtald dscsson o th dvlopmnt o th lcton thoy o mtals can b ond n: Hoddson and Baym, “Dvlopmnt o th . . . Thoy o Mtals”; Eckt, “Popaanda n Scnc”; and Joas and Katz, “Analoy, Extnson, and Novlty.” 45. Th Wn–Stz mthod bns wth th lattc stct o a mtal and dns a cll by bsctn th lns btwn any vn lattc pont and ts nast nhbo. Th

 

NOTES TO PAGES 90–93

225

ponts nsd th polyhdon dnd n ths way a clos to that lattc pont than any oth and a st o ths polyhdons packs to ll th nt lattc. Fo solds wth hhly symmtcal lattc stcts, ach o ths clls may b appoxmatd by a sph, allown Schödn’s qaton o  o a sold to b solvd latvly smply. smply. Sch clls, ndd n cpocal spac, psst nd th amla monk “Bllon zons,” as a nod to hs ondatonal wok, Bllon, Bll on, Die Quantenstatistik . S also Hoch, “Dvlopmnt o th Band Thoy, Thoy,” whch also contans a mo dtald xposton o th tchncal ats o th Wn–Stz mthod. 46. Stz, Modern Theory o Solids . 47. Concl o th Amcan Physcal Socty, Mnts o th Mtn Hld at Nw Yok, Janay 29, 1948, APSM. 48. Concl o th Amcan Physcal Socty, Socty, Mnts o th Mtn Hld at Washnton, Apl 29, 1953, APSM. 49. Concl o th Amcan Physcal Socty, Socty, Mnts o th Mtn Hld at Washnton, Apl 27, 1955, APSM. A dscsson o th conomcs o physcs pblshn n ths a, wth an mphass on pa chas, can b ond n Schdn, “Payn o Knowld.” 50. Baton, “Dcto’s Rpot o 1954.” 51. Fdck Stz, ltt to Hny A. Baton, Novmb 3, 1954, FSP, box 1, old AIP Cospondnc #1. 52. Alan T. Watman, ltt to Kal K. Daow, Jly 5, 1955, APSM. 53. Th dstbton lst o th ltt s not avalabl, bt th commtt poposd contactn “ladn sold stat physcsts and chmcal physcsts,” namn as psntatv o ths op: “[LRoy] Akp, [John] Badn, [Havy] Books, [Conys] Hn, [Chals] Kttl, [Andw W.] Lawson, [Hmboldt] Lvnz, [Godon] McKay, [Fdck] Stz, [Wllam] Shockly, [ John C.] Slat Slat,, Smth, C. S. [Cyl Stanly], [Ath H.] Snll, [John] Van Vlck, [En] Wn.” “Rcommndatons o th AIP-APS Commtt on Jont Pblcaton Poblms wth Rad to th Jonal o Chmcal Physcs,” FSP,, box 1, old AIP Cospondnc #1. FSP 54. Concl o th Amcan Physcal Socty, Mnts o th Mtn Hld at Chcao, Novmb 25 and 26, 1949, 1949 , APSM. 55. Th  Journal o Chemical Physics was pdomnantly a chmcal jonal dspt ts mmbshp n th AIP amly o pblcatons. O th paps t pblshd, 65 pcnt onatd n chmsty dpatmnts. “Rcommndatons o th AIP-APS Commtt on  Jont Pblcaton Poblms wth Rad to th Jonal o Chmcal Physcs, P hyscs,”” FSP, FSP, box 1, old AIP Cospondnc #1. 56. An llstaton: n 1967 Robt Pa, thn basd at Johns Hopkns, who was dply nvolvd nvolv d wth pomotn chmcal physcs n both th Amcan Physcal P hyscal Socty and th Amcan Chmcal Socty (ACS), obsvd: “Inspcton o th pas o th Journal o Chemical Physics shows that som chmcal physcsts a possonal chmsts, som a possonal physcsts. (Fo xampl, thty-two o th paps n th Apl 1, 1967, ss o Journal o Chemical Physics a by athos claly dntabl as chmsts, nn by athos claly dntabl as physcsts and twnty-nn by athos not claly dntabl as on o th oth.) Th sbjct s tly ntdscplnay, althoh mo chmsts o nto t than do physcsts. physcsts.”” Oal Rpot to th Physcal Scncs Gop on May 19, 1967, RGPP, box 131, old Chmcal Physcs poam. By 1967, appoxmatly 40 pcnt o th mmbs o th ACS’s Dvson o Physcal Chmsty w also mmbs o th

 

226

NOTES TO PAGES 93–98

APS. Hbt S. Gtowsky, ltt to ACS mmbshp, Octob 11, 1967, AIPK, old 64:24. 57. Fdck Stz, ltt to slct sold stat and chmcal physcsts, Jn 1, 1955, FSP, box 1, old AIP—Cospondnc #1. 58. Th twnty-two sponss psvd n th Stz paps bak down as ollows: o th sold stat physcsts spondn, thtn opposd th poposal, two avod t, and th potd no ston opnon. All th chmcal physcsts spondn w n avo. On addtonal avoabl vot cam om a sl-dntd “oth.” Th nal tally o ths pots: sx n avo  avo,, thtn opposd, th wth no ston opnon. 59. Havy Books, ltt to Fdck Stz, Jn 23, 1955, FSP, box 2, old AIP— Roanzaton o Jonals. 60. Wllam Shockly, compltd svy: “Opnon o th Rcommndatons Concnn th Jonal o Chmcal Physcs,” cvd Jn 16, 1955, FSP, box 2, old AIP—Roanzaton o Jonals. 61. Go E. Pak, compltd svy: “Opnon o th Rcommndatons Concnn th Jonal o Chmcal Physcs,” FSP, FSP, box 2, old AIP—Roanzaton o Jonals. Pak’s sstanc to th tm “sold stat” s notabl. Pak’s sach and dcaton w psntatv o sl-dntd sold stat physcsts at th tm; h had takn a PhD at Havad wth Edwad Mlls Pcll and pblshd xtnsvly on ncla mantc sonanc and paamantsm. Hs avodanc o th tm, and hs s o an ncommon altnatv, “stct “stct o matt physcs,” ct dscomot wth “sold stat” amon potons o th commnty. 62. Walt Walt Kohn, compltd svy: s vy: “Opnon o th Rcommndatons Concnn th Jonal o Chmcal Physcs,” FSP FSP,, box 2, old AIP—Roanzaton o Jonals. 63. Mody, Instrumental Community. 64. It s tho a lovly ony that Kohn wold wn th 1998 Nobl Pz n Chmsty,, whch h shad wth John Popl. Kohn was ctd o hs ol n dvlopn dnsty sty nctonal thoy (DFT), whch had boad lvanc o both sold stat and chmcal poblms. On Kohn and DFT, s Zanwll, “Edcaton o Walt Kohn” and “Hat and Thomas.” Thomas.” On th mpotanc o nstmntal pactc o aly ncla mantc sonanc sachs, s Lno and Lécy, “Instmnt Maks.” 65. Hllad B. Hntnton, compltd svy: “Opnon o th Rcommndatons Concnn th Jonal o Chmcal Physcs,” FSP, box 2, old AIP—Roanzaton o Jonals. 66. Conys Hn, compltd svy: “Opnon o th Rcommndatons Concnn th Jonal o Chmcal Physcs,” FSP, box 2, old AIP—Roanzaton o  Jonals. 67. Shly L. Qmby, compltd svy: “Opnon o th Rcommndatons Concnn th Jonal o Chmcal Physcs,” FSP, box 2, old AIP—Roanzaton o  Jonals. 68. Wat, Wat, “Sold “ Sold Commn Commnty ty,,” 652. 69. S Gavol and Smõs, Neither Physics nor Chemistry. 70. Havy Books, “Mmoandm Concnn th Scop and Ams o th Intnatonal Jonal o th Physcs and Chmsty o Solds,” Fbay 1956, FSP, box 11, old Havy Books. 71. Books, Book s, “Fowod,” “Fowod,” 1. 72. Havy Books, ltt to Fdck Stz, Novmb 15, 1955, FSP, box 11, old Havy Books.

 

NOTES TO PAGES 98–107

227

73. Fdck Stz, ltt to Havy Books, Novmb 19, 1955, FSP, box 11, old Havy Books. 74. Concl o th Amcan Physcal Socty, Pat o Plmnay Anda o Janay 29, 1957, APSM. Th statsman n qston was Psdnt Gov Clvland. Sa, “Pnmba o Dstd.” 75. Concl o th Amcan Physcal Socty, Mnts o th Mtn Hld at Nw Yok, Janay 26, 1960, APSM. 76. Scton A was dvotd to atomc, molcla, and optcal physcs, C to ncla physcs, and D to patcl and astophyscs. CHAPTER 5. Big Solid State Physics at the National Magnet Laboratory

 Epigraph: Bnjamn Lax, ltt to Lland Hawoth, May May 10, 1967, NMLR.

1. Rsh, “US “U S Nton Nt on Faclty Facl ty..” 2. Cas, “Natonal Synchoton Lht Soc.” 3. Cas and Wstall, “Nw B Scnc.” 4. Concl o th Amcan Physcal Socty, Socty, Mnts o th Mtn Hld at Chcao, Novmb 25 and 26, 1955, APSM. Ths Ths conncs contn thoh to th psnt. 5. Fo an ovvw o how b scnc has bn sd as a hstooaphcal catoy, s Capshw and Rad, “B Scnc.” Scnc.” Th lmtatons o th b scnc s cnc amwok a xplod n Wstall, “Rthnkn B Scnc.” 6. As o 1969, th AEC accontd o pwad o 90 pcnt o ndn o US hh ny physcs, wth contbtons to th tn o 6 pcnt om th NSF and abot 1 pcnt om both th DOD and NASA.  AEC Authorizing Legislation, Fiscal Year Year 1970: Hearings Beore the Joint Committee on Atomic Energy, 91st Con. 86 (Apl 17 and 18, 1969). 7. Btt, Magnets, 55. Snc Abaham’s txtbook was not avalabl n Enlsh Enls h tanslaton at th tm, Btt most lkly s to th 1923 Gman dton: Abaham and Föppl, Theorie der Elektrizität . Th Enlsh tanslaton appad n 1937 as Abaham, Classical Theory. 8. Btt njoyd xcllnt placmnt and btt tmn. Caltch was a ladn st o cosmc ay sach n th lat 1920s whl Btt was a postdoc th. Hs stnt at Wstnhos ovlappd wth on o th lab’s most podctv pods o manton sach, whch d dctly nto ada wok dn th Scond Wold Wa. Btt also avd at th Cavndsh mmdatly at Chadwck’s dscovy o th nton and th accompanyn boom n atomc ato mc thoy. thoy. S: X and Bown, “Ealy Hstoy o Cosmc Ray  Neutron on and the Bomb. FomaRsach”; Stphan, “Expts at Play”; and Bown,  Neutr ntsm sach n th 1930s was patclaly lvly, and pontd to qstons o ondatonal mpotanc o th sbsqnt dvlopmnt o sold stat physcs. S Kth and Qédc, “Mantsm.” 9. Fancs Btt, “Abstact o th Psnt Stat and Possbl Dvlopmnts n Physcal Mtally,” ca. 1939, FBP, box 5, old MIT Mant Lab. 10. Btt, “Abstact o th Psnt Stat.” 11. Btt, “Abstact o th Psnt Stat.” Th appllaton “ndamntal” was commonly mployd pmssvly aond ths tm. Btt was n accodanc wth th accptd sa by sstn that scncs oth than physcs cold b ndamntal. Fdck Stz, wtn jst a w yas lat, dntd “ndamntal” wth “p” sach, dnn t as that “whch has ntnsc val as a om o clt.” H th mod lmnts o Btt’s dnton by sstn that “physcs svs as a soc o ndamn-

 

228

NOTES TO PAGES 108–111

tal knowld o a majoty o th most mpotant lds o nnn. nnn.”” Stz, “Whth Amcan Physcs?” 40. Vannva Vannva Bsh askd htocally n th naal ss o Physics Today, “Who wold hav xpctd, lookn owad om, say, 1939, to nd th Untd Stats Navy voosly thn a poam n ndamntal scnc, ncldn ncloncs, ntcs, and mathmatcs?” Bsh, “Tnds n Amcan Scnc,” 6. Clak, “P Scnc,” dmonstats that “ndamntal sach” took on a an o manns n th st hal o th twntth cnty that dd not oby th basc/appld dstncton. Fo th dscsson, s Matn, “Fndamntal Dsptatons.” Dsptatons.” 12. “Poposal o a Hh Fld Mant Laboatoy,” Sptmb 8, 1958, NMLR, box 1, old 55. 13. Btt took a lav o absnc om MIT to wok on dassn naval shps dn th Scond Wold Wold Wa Wa.. Dn ths tm, hs mtallcal mantsm laboatoy was dsmantld and ts socs dstbtd to wa wok. On hs tn to MIT at th nd o th wa, both h and th admnstaton thoht t mo appopat to assmbl th mantsm poam nd th aspcs o th physcs dpatmnt. 14. Fancs Btt, “Ddcaton o th Natonal Mant Laboatoy,” Apl 30, 1963, FBP, box 5, old NML Ddcaton Nots. 15. Th xtnt to whch t was possbl n pactc o an nstallaton sch as th NML to b tly dvotd to basc sach whl opatn on mltay ndn s a matt o som dbat. S: Foman, “Bhnd Qantm Elctoncs”; Lsl, Cold War ; Bomb, “Dvc Physcs”; and Wlson, “Consltants.” “Consltants.” Foman Foman and Lsl a that mltay ntst dvtd—o at last nclnd—Cold Wa sold stat sach away om ndamntal wok. In contast, Bomb and Wlson a that appld mltay sach coxstd, and ndd ntactd constctvly constctvly,, wth ndamntal thotcal wok. I do not tak a poston on ths dbat h. Thoh I am sympathtc to th cas Bomb and Wlson advanc, t s noh h that a ds to ps basc sach manstd tsl n th laboatoy’s oals and opatons. 16. Natonal Mant Laboatoy pomotonal boch, 1963, FBP, box 5, old NML Ddcaton Nots. 17. “Vstn Scntsts and Stdnts,” 1965, NMLR, box 2, old 17. 18. John C. Slat, ltt to Jls A. Statton, Ast 8, 1958, FBP box 3, old Hh Fld Mant Faclty, No. 1 o 3. 19. “Th Natonal Mant Laboatoy and th Tchnoloy o th Ft,” Fbay 20, 1963, NMLR, box 3. 20. Bnjamn Bnjam n Lax to Roman Smolchowsk, Smolchows k, Mach 10, 1965, NMLR, box 3, old 25. 21. “NML Pblcatons Rcod,” Dcmb 31, 1965, NMLR, box 2, 17. Fom 1963 to 1965, sta ncasd om thty-two to thty-ht. 22. Th mand w spad ov th Journal o Applied Physics (8), Review o Scientic Instruments (4), Applied Physics Letters (2), and on ach n th  Journal o Chemical Physics, Journal o Mathematical Physics, Physics o Fluids, and Physics Today. 23. Bnjamn Lax, ltt to Roman Smolchowsk, Mach 10, 1965, JCSP, old Natonal Acadmy o Scnc-Natonal Rsach Concl, Sold Stat Scncs Panl. 24. Bnjamn Lax, ltt to Go H. Vnyad, Mach 17, 1967, NMLR, box 2, old 18. 25. Lloyd A. Wood, ltt to Bnjamn Lax, Apl 19, 1967, NMLR, box 2, old 18. 26. Lax, ltt to Vnyad, Mach 17, 1967. 27. Lax, ltt to th Sbcommtt on Scnc, Rsach and Dvlopmnt o th

 

NOTES TO PAGES 111–119

229

Commtt on Scnc and a nd Astonatcs, Mach 5, 1971, NMLR, box box 2, old 4. Lax dd s “copln” lana h, bt was cal to wt that th slts o basc sach cold b copld wth appld qstons, ath than wth th plannn, xcton, o ndn o th sach. 28. “Rpot o th Advsoy Commtt o th Natonal Mant Laboatoy,” Fbay 1966, NMLR, box 2, old 17. 29. “Rpot o th Advsoy Commtt o th Natonal Mant Laboatoy,” Apl 1967, NMLR, box 2, old 18. 30. AEC Authorizing Legislation, 89. 31. Bnjamn Lax, ltt to Ncolaas Blombn, May 10, 1967, NMLR, box 2, old 18. In 1967 th Dvson o Sold Stat Physcs had 1,193 mmbs, compad to 762 n th Dvson o Ncla Physcs, th nxt-last dvson. Th Dvson o Patcls and Flds hld ts naal mtn n Janay 1968 wth a chat mmbshp o 551. W. V. Smth to Dvson o Sold Stat Physcs Mmbs, Janay 6, 1967, JCSP, old Amcan Phlosophcal Socty, #5; “Pocdns o th Amcan Physcal Socty Mtn #425, #425,”” 1967, APSM; M. Davs to Chamn and Sctay-Tass Sctay-Tass o APS Dvsons, Fbay 15, 1968, APSR, sbop 2, box 17, old 10. 32. Lax, ltt to Hawoth, May 10, 1967. 33. AEC Authorizing Legislation, 106–7. 34. “Pblcatons o th Fancs Btt Natonal Laboatoy n 1968,” NMLR, box 2, old 20. In 1965, by contast, th nmb o pblcatons n th latt two jonals mo than dobld thos n th om. 35. “Mtn o th Advsoy Commtt,” Apl 1969, NMLR, box 2, old 20. 36. Hny Kolm, ltt to Bnjamn Lax, Jn 2, 1973, NMLR, box 2, old 32. Th bad blood btwn th two psstd, to th xtnt that Kolm was movd to pant a dply nattn potat o Lax on hs atoboaphcal wbst. “MIT Mant Lab (1961–1982), (1961–1982),”” accssd May 24, 2015, http://hnykolm.wbly.com/mt-mantc http://hnykolm.wbly.com/mt-mantc -lab-1961–82.html. Th pa s now down, bt can b vwd at https://wb.achv.o /wb/20161103214555/http://hnykolm.wbly /wb/20161103214555/http://hnykolm.w bly.com/mt-mantc-lab-1961–82.html. .com/mt-mantc-lab-1961–82.html. 37. S Kvls, Physicists, sp. 420–21, and Asn, “Lna Modl.” 38. Stanord Accelerator Power Supply: Hearing Beore the Joint Committee on Atomic  Energy, 88th Con. 23 (Janay 29, 1964) (statmnt o D. W. K. H. Panosky, Dcto, Stanod Lna Acclato Cnt). 39. AEC Authorizing Legislation, 113. 40. AEC Authorizing Legislation, 118. 41. AEC Authorizing Legislation, 111–12. 42. AEC Authorizing Legislation, 116. 43. AEC Authorizing Legislation, 115. 44. Stvns, “Fndamntal Physcs,” 175. CHAPTER 6. Solid State and Materials Science

 Epigraph:  Ath von Hppl, txt o a lct vn at Bown Unvsty, Jly 20,

1969, AvHP, box 5. 1. “Ptton to th Concl o th Amcan Physcal Socty to Rqst th Fomaton o a Nw Dvson on th Poblms o Physcs and Socty Socty,,” Concl o th Amcan Physcal Socty, Mnts o th Mtn Hld at Nw Yok, Fbay 5, 1969, APSM. Th commtt was onally poposd as a dvson, bt th concl dmd that ts

 

230

NOTES TO PAGES 120–128

scop was too boad and that a dvson wold lmt patcpaton. It nstad commndd a commtt and appovd a mas that wold allow APS mmbshp mmbsh p ds to pay o commtt mmbs’ tavl to lvant mtns. Th commtt was a pcso to th Fom on Physcs and Socty, th hstoy o whch s addssd n mo dtal n Bd, Scientists at War . 2. Albt M. Closton, “Th Amcan Physcal Socty and th Economc Concns o Amcan Physcsts, Physcsts,”” Mach 10, 1970, n Amcan Physcal Socty Concl, Mnts o th Mtn Hld at Washnton, DC, Apl 26, 1970, APSM. 3. Shwn and Isnson, First Interim Report , 13. 4. Fo Fo dtald tatmnts, s Bnsad-Vncnt, “Constcton o a Dscpln” and “Concpt o Matals. Matals.”” 5. Natonal Acadmy o Scncs, Report, 1953–54, 60. 6. Natonal Acadmy o Scncs, Report, 1957–58, 46. 7. Matals Advsoy Boad, “Standn Rvw o Dpatmnt o Dns Matals Rsach and Dvlopmnt Poam, Poam,”” FSP, FSP, box 1, old A A  Rsach and Dvlopmnt Command, 1952–61 #1. 8. Matals Advsoy Boad, “Standn Rvw.” 9. Natonal Acadmy o Scncs, More Eective Organization, ontmatt. Organization, v. 10. Natonal Acadmy o Scncs, More Eective Organization 11. Van Vlack, Elements o Materials Science, v. 12. Th ancy was snsodally othht abot ts mphass on mltay sach; ts nam vacllatd btwn ARPA and DARPA (Dns Advancd Rsach Pojcts Ancy). To avod conson, I  to t as ARPA thohot. It was ondd as ARPA n 1958, chand ts nam to DARPA DARPA n 1972, doppd th “D” n 1993, 19 93, and stod t n 1996. 13. “Intdscplnay Laboatos o Basc Rsach n Matals Scncs,” JCSP, old MIT. Dpt. o Physcs #39. 14. Natonal Acadmy o Scncs, Advancing Materials Research, 36. 15. Mody and Cho, “Fom Matals Scnc to Nanotchnoloy.” 16. S Schwb, “Empcst Tmp,” on th Amcan styl o thoy that w laly om th school Kmbl stablshd. 17. Dsslhas, ntvw by Matn, and 3.42J Thoy o Solds, Cos Nots o Randall M. Rchadson, Fall 1972. 18. John C. Slat, ltt to John Kncad, May 6, 1959, JCSP, old Kncad, John F. #1. 19. “Th Intdscplnay Nat o M.I.T. Rsach,” JCSP, old Poposal o a Matals Cnt at M.I.T., 1960. 20. Ath von Hppl, who stablshd th Laboatoy o Inslaton Rsach, calld choosn an absts nam as “a camoa tck . . . to avod stppn on snstv tos by ncoachn on th ntnchd ntsts o physcsts, chmsts, and mtallsts n th matals ld.” Ath von Hppl, ntvw by Z. Malk, Sptmb 1969, AvHP, box 1, old 16. 21. Slat, ltt to Kncad, May 6, 1959. 22. John C. Slat, nttld mmoandm, JCSP, old M.I.T. Dpt. o Physcs #10. 23. Ath von Hppl, “Nw Flds o Elctcal Ennn,” AvHP, box 1, old 44. Ths was a pc von Hppl ppad o th Apl 1942 dton o The Tech Engineering News, a podcal pblshd by MIT ndadats.

 

NOTES TO PAGES 128–000

231

24. “Poposal o an Expandd Poam o Matals Rsach at th Massachstts Insttt o Tchnoloy, Jly 12, 1956,” JCSP, old MIT Matals Rsach #1. Th AEC mad a smla psh wthn th natonal laboatos, as dscssd n Wstwck, Wstwck, National Labs, 257–58. 25. “Matals Rsach Poam (ca. 1956),” JCSP, old MIT. Matals Rsach #1. 26. Slat, ltt to Kncad, May 6, 1959. 27. John C. Slat, ltt to John Kncad, Apl 30, 1959, JCSP, old Kncad, John F. #1. 28. John C. Slat, “On th MIT Matals Cnt,” ca. 1960, JCSP, old Slat, J. C. On th MIT Matals Cnt. 29. Knowls and Lsl, “‘Indstal Vsalls,’” a that th campss at ndstal laboatos sch as Bll, Gnal Motos, and IBM mmckd what th achtct Eo Saann spposd to b th nvsty modl o oanzn sach, namly a lna modl, n whch basc sach pcdd ndstal applcatons. Th htoc aond MIT’s IDL vals smla oals by sstn that placn basc sach n physcs and chmsty alonsd matals matal s nnn lds wold hlp to advanc ARPA’s ARPA’s tchncal ams. 30. ARPA, “Admnstatv Mmo #1,” Jly 20, 1962, JCSP, old MIT. Dpt. o Physcs #138. 31. Wa, Solid State Science, x. 32. Th alst s I hav ond s om 1979, whn th compt scntst Gald Wnb attbtd th qp to mathmatcan Fank Haay. Wnb,  Introduction to General Systems Thinking , 25. 33. Mlvn Calvn, ltt to Phlp Handl, Dcmb 1975, n COSMAT,  Materials and Man’s Needs: Summary Report , v. v. 34. Smth, “Matt vss Matals.” 35. COSMAT, Materials and Man’s Needs, 2:307. 36. Concl o th Amcan Physcal Socty, Mnts o th Mtn Hld at Chcao, Novmb 25 and 26, 1949, 1949 , APSM. 37. Amcan Physcal Socty Exctv Commtt, Mnts o th Mtn Hld at Flat Rock, NC, Jn 18–20, 1990, APSM. 38. “Statmnt o th Concl o th Amcan Physcal Socty,” Apl 28, 1970, n Amcan Physcal Socty Concl, Mnts o th Mtn Hld at Washnton, DC, Apl 26, 1970, APSM. 39. Th chat socts ncldd th Amcan Camc Socty, th Amcan Chmcal Socty, th Amcan Insttt o Chmcal Enns, th Amcan Socty o Mtals, th Amcan Socty o Non-Dstctv Tstn, th Insttt o Elctcal and Elctonc Enns, th Socty o Manactn Enns, th Socty o Plastcs Enns, th Amcan Socty o Mchancal Enns, and th Mtallcal Socty o AIME. Th APS wold vntally jon th daton  daton n 1995. 40. Concl o th Amcan Physcal Socty, Mnts o th Mtn Hld at Chcao, Fbay 3, 1974, APSM. 41. “APS “APS Ad Hoc Commtt on Appld Physcs, Physcs,”” n Concl o th Amcan Physcal Socty, Mnts o th Mtn Hld at Nw Yok, Octob 25, 1974, APSM. 42. COSMAT, Materials and Man’s Needs: Summary Report , 140. 43. Gonwn and Pts, “Emnc and Chan.”

 

232

NOTES TO PAGES 136–143

CHAPTER 7. Responses to the Reductionist Worldview

 Epigraph: Yan t al., “Hh-Eny Physcs,” 52–53. 1. Stanord Accelerator Power Supply: Hearing Beore the Joint Committee on Atomic  Energy, 88th Con. 23 (Janay 29, 1964) (statmnt o D. W. K. H Panosky, Dcto,

Stanod Lna Acclato Cnt). 2. Lvnston, P  Particle article Physics, 6–7. Fo Fo dtald hstocal backond, s Hlbon and Sdl, Lawrence and His Laboratory. 3. Thoh th 1960s and 1970s, th Untd Stats and th Sovt Unon, n a mcocosm o th ams ac and th spac ac, comptd to bld hh-ny acclatos, povdn an addtonal ncntv o th US patcl physcs commnty to ps th ny ont ov th ntnsty ont ont.. S also Sdl, “Acclatn “Acclatn Scnc.” Scnc.” 4. S Stvns, “Fndamntal Physcs.” 5. Boy, University o Chicago, sp. ch. 4. 6. Wnb, First Nuclear Era, 3. 7. Wnb, “Cta o Scntc Choc,” Minerva; Wnb, “Cta o Scntc Choc,” Physics Today, 45. Today, 45. 8. Wnb, “Cta o Scntc Choc,” Physics Today 9. Wnb, “Cta o Scntc Choc,” Physics Today Today, 47. 10. Yan t al., “Hh-Eny Physcs,” 52, 57. 11. Yan t al., “Hh-Eny Physcs,” 55. 12. Wsskop and Wnb, “Two Opn Ltts,” 47. Th qak modl was poposd by May Gll-Mann and Go Zw n 1964 bt dd not an xpmntal tacton ntl 1967, so Wsskop’s dntcaton o nclons as th bass o all matt s, n contnt and htoc, qvalnt to lat clams o th sam stats o th standad modl and ts mand sccssos. 13. Wsskop, “Ncla Stct,” 24. 14. Th assmpton that nal pncpls a wokd ot n on alm bo bn appld n anoth s also pomnnt wthn th hstoy o physcs. It has contbtd to th mpsson that sold stat physcs was a ld dvotd to m applcatons o mo ndamntal wok. Ths assmpton s challnd n Jams and Joas, “Sbsqnt and Sbsday?” Jams and Joas a that so-calld applcatons o aly qantm mchancs mad many ssntal contbtons to th ondatons o th thoy. thoy. 15. Hoddson, “Roots o Sold-Stat Rsach,” dscbs th pocss by whch a basc sach thos took oot at Bll Labs and choncls how th stablshmnt o sold stat sach n ths contxt ld to th lassz-a appoach dstnctv to th majo Amcan ndstal laboatos o th tm. 16. Stan Machlp, ltt to Wllam Shockly, May 30, 1955, WSP, box 2, old Cospondnc 1954 and 1955. 17. On th ol o th tanssto and ntatd cct n shapn th Amcan sach landscap, s Mody, Long Arm o Moore’s Law. 18. Nmbs obtand by sachn o ach nsttton’s ll nam, n qots, wthn th “Alaton” ld n th APS jonals databas at https://jonals.aps.o/sach, accssd Dcmb 21, 2017. 19. Andson, ntvw by Kojvnkov. 20. “Th Nobl Pz n Physcs 1977,” Noblpz.o, accssd Janay 7, 2011, http://www.noblpz.o/nobl_pzs/physcs/laats/1977/.

 

NOTES TO PAGES 143–151

233

21. Andson, “Mo Is Dnt—On Mo Tm.” 22. Natonal Acadmy o Scncs, “Mmbs,” accssd Janay 4, 2018, http:// www.nasonln.o/mmb-dctoy/?=http://nas.nasonln.o/st/D /1742171349?p=sch&vw=basc. Data takn om both cnt and dcasd mmb olls. Th Natonal Acadmy o Scncs databas dos not ndcat dcasd mmbs’ sctons. Thy w contd only only  thy cold b dntd as a s nambos xampls o sold stat, ncla, o patcl physcsts. 23. Andson, “Mo Is Dnt,” 393. Perspective spective, 129, 453. Tabls I.6 and 24. Natonal Acadmy o Scncs,  Physics in Per IV.1 o ths pot show $211.7 mllon n total xpndt o patcl physcs vss $56 mllon o basc condnsd matt sach. 25. Unttld docmnt, APSR, sbop 2, box 17, old 10. Data takn om nmbs collctd ollown a 1968 mmbshp dv. 26. Andson, “Mo Is Dnt,” 393. 27. Andson, “Mo Is Dnt,” 393. 28. Godon, Z, and Towns, “Mas.” 29. S Robts, Nuclear Magnetic Resonance, 74–76. 30. Andson, “Mo Is Dnt,” 394. 31. Andson, “Mo Is Dnt,” 396. Ths amnt has paallls amla to phlosophs o boloy; t s a common antdctonst amnt that bolocal pocsss do not mak sns n tms o ns alon, and that nc to th oansmal lvl, at last, s qd to xplan phnomna sch as dntal tnss. Ths poston s asttly smmazd by th hmost Dolas Adams, who obsvs: “I yo ty to tak a cat apat to s how t woks, th st thn yo hav on yo hands s a nonwokn cat.” cat.” Adams, Salmon o Doubt , 135–36. 32. Andson, “On Mo Tm,” 1. 33. Andson, “On Mo Tm,” 4. S also Schmalan, “Fald Thos o Spcondctvty.” 34. Andson, ntvw by Kojvnkov. 35. Pppad, “Cat and th Cam,” 40–41. 36. Andson, ntvw by Kojvnkov. 37. Cat, “Physcsts’ Dbats on Uncaton,” maks a smla obsvaton whn assssn Andson’s poston n tms o th nty o physcs. Andson, accodn accodn to Cat, saw physcs as mthodolocally (ath than ontolocally) nd. I physcs cold b nd by mthodoloy, ath than by th dcton to a snl st o laws and concpts, thn ndamntal physcal knowld nd not b stctd to th lowst lvl o complxty. 38. Cat’s analyss o Andson’s poston n tms o mthodolocal nty s sl whn consdn th latonshp btwn physcs and oth scncs. By avodn ston clams abot th ltmat nat o alty, Andson shtd th ocs to mthodoloy as a bass by whch physcs cold b at onc ntnally nd and dlnatd om oth scncs. Cat, “Physcsts’ Dbats on o n Uncaton,” 99. 39. Andson, More and Dierent , 135. York Times, Octob 12, 40. “2 Fom U.S. Amon 4 Nobl Scnc Wnns,”  New York 1977. 41. Sllvan, “Physcs Pz,” 1. 42. Bown, “Nobl Pzs A Awadd,” 1.

 

234

NOTES TO PAGES 152–156

CHAPTER 8. Becoming Condensed Matter Physics

 Epigraph: Gay, “Nw AIP Handbook,” 41. 1. Gay and Bllns, Bll ns, American Institute o Physics Handbook.

2. Gay, “Nw AIP Handbook,” 41. 3. Pocto, “‘-Loos,’ ‘-Ismos,’ and ‘-Ikos,’” 292. 4. Andson, More and Dierent , 90. 5. Kah, Quantum Generations, 366. Kah has mo cntly mad hs own obsvatons abot th mpotanc o o  nams n “Namn th B Ban.” 6. Kohn, “Essay on Condnsd Matt Physcs.” 7. Volk Hn, “Hstoy,” Thoy o Condnsd Matt, Unvsty o Cambd, accssd Dcmb 19, 2017, 201 7, http://www.tcm.phy http://www.tcm.phy.cam.ac.k/abot/hstoy/. .cam.ac.k/abot/hstoy/. 8. Wat, Wat, “Sold “ Sold Commn Commnty ty,,” 651. 9. Qotd n Chicago Tribune, “Yanks Swp Scnc Fld.” Fo th dscsson, s Matn, “Pst Asymmty.” 10. As n Fll, L, and Pal, “Mantc Qnchn.” 11. P Tss Tss nots that n 1971, whn Amcan physcsts w jst bnnn to s “condnsd matt” to dscb th own actvts, P-Glls d Gnns had alady namd hs cha at th Collè d Fanc th “Physcs o Condnsd Matt” cha. Tss Tss, , “Sold-Stat “Sold-Sta t Chmst Ch msty y,,” 251. 12. “Impotant Annoncmnt.” Ths was not a ll-scal sson o th jonal, j onal, snc t dd not yt allow spaat sbscptons to ach scton, bt ath a topcal opn wthn what was stll a snl jonal. A ll-scal splt wold com sval yas lat n 1970. 13. Fo xampl, Gyon t al., “Tnnln nto Dty Spcondctos”; Coon and Fsk, “Josphson ac”; and McFaddn, Tah-Khl, and Taat, “Spac-TmDpndnt Colaton,” 854. 14. In 1975, ths jonal was absobd nto  Zeitschrit ür Physik whn th latt splt nto two sctons, th scond o whch was dvotd to condnsd matt and nal physcs. 15. Physik der Kondensierten Materie 1, no. 2 (1963), ontmatt. 16. Homann, “Fty Yas o Physica Status Solidi .” A nal tm spannn physcal, chmcal, bolocal sach, “stköposchn” (sold stat sach), had bn n cclaton snc th lat 1940s as th nam o an nsttt wthn th Acadmy o Scncs n East Bln. Ath, “Das Insttt ü Fstköpphysk,” 27. Festkörperphysik ik. Amon th patc17. Höhl, Lyons, and Nksch, Arbeitstagung Festkörperphys pants was Kal Wolan Bö, who wold ond th jonal  Physica Status Solidi   n th aly 1960s shotly bo mmatn to th Untd Stats to assm a post at th Unvsty o Dlawa. 18. Pck, “Fstköpphysk. “Fstköpphysk.”” Ths s also th ya n whch th tm st appad n  Annalen der Physik.

19. “B d Azähln d oßn Abtsbt d nn physkalschn Foschn tt man mm hä a dn B Fstköpphysk.” Pck, “Fstköpphysk,” 346. 20. “Man st nt, n solchs Wot als Übscht ü n kla mssns, nhtlchs Abtsbt z nhmn. B nam Zshn ndt sch ds Honn znächst ab anz nd a ncht bstätt.” Pck, “Fstköpphysk,” 346. 21. Tss Tss, , “Sold-Stat “Sold-Sta t Chms Chmsty ty..”

 

NOTES TO PAGES 157–161

235

22. “ls dx appoxmatons ondamntals d la physq d sold t d la chm.” Fdl, “S L’on d Fomanétsm,” 829. 23. Fdl, ntvw by Abat and Bnsad-Vncnt. Intnatonal contacts a common amon aly adopts o th tm. Rssan-bon Fnch physcst Lw Kowask, who stablshd ston ts wth Btsh physcsts dn th wa, podcd podcd a UNESCO pot n 1955 that dntd “physq d l’état sold” as an aa lvant to a pospctv ncla sach aclty. Kowask, “Ls Pls d Rchchs.” 24. Mott, “Mchansm o Wok-Hadnn,” 413. Fo a dtald tatmnt o th dvlopmnt o Mott’s sach school, s Kth and Hoch, “Fomaton o a Rsach School.” 25. Btwn 1945 and 1965, paps wth at last on atho ban a UK alaton (“Untd Kndom,” “Gat Btan,” “Enland,” “Scotland,” “Wals,” o “Nothn Iland”) appad 989 tms n Amcan Physcal Socty jonals, vss 121 slts om Gmany and 258 om Fanc. Data om th APS jonal databas at jonals.aps.o. 26. “Fothcomn Evnts,” 420. 27. “Impotant Annoncmnt,” 1. 28. It s plasbl that th tm was n th a at Bookhavn Natonal Laboatoy, wh manan dtos Saml Godsmt and Smon Pastnack w basd. Bookhavn’s acclato poam povdd th oppotnty o thm to b xposd both to th tchncal tm and, thoh commncaton and collaboaton wth ntnatonal labs, most notably CERN (Eopan Oanzaton o Ncla Rsach), to th nwly common Eopan sa. Bookhavn’s collaboatv ots a otlnd n Cas,  Making  Physics. 29. Natonal Acadmy o Scncs,  Physics: Survey and Outlook,  67. Th BCS thoy o spcondctvty was a majo tmph o sold stat physcs and dw a at many talntd thotcans nto th ld. It was pblshd n 1957: Badn, Coop, Coop, and Sch, “Thoy o Spcondctvty.” 30. “NAS-NRC Physcs Svy Commtt, Sold Stat Physcs and Condnsd Matt,” dat, Apl 1964, HBP, ss HUGFP 128.13, box 1, old NAS Svy Commtt Mach–Apl 1964. Th ootnot was ct om th Pak pot bt wold sac n a spplmnt that nshd mo dtald pots on th sblds o physcs. Natonal Acadmy o Scncs, Physics: Survey and Outlook , 143. 31. Natonal Acadmy o Scncs, Physics: Survey and Outlook , 67. 32. Natonal Acadmy o Scncs, Physics: Survey and Outlook , 68. 33. Natonal Acadmy o Scncs, Physics: Survey and Outlook , 67–69. 34. Pppad, “Cat and th Cam,” 40–41. 35. S Wsl, “Plasma Achplao.” 36. Natonal Acadmy o Scncs, Physics: Survey and Outlook , 69. 37. Natonal Acadmy o Scncs, Physics: Survey and Outlook . 38. Natonal Acadmy o Scncs, Physics in Perspective Perspective. 39. Physik der kondensierten Materie 1, no. 1 (1963), ontmatt; “Athos,” 361. 40. Natonal Acadmy o Scncs, Physics in Perspective Perspective, 460. Perspective, 458. 41. Natonal Acadmy o Scncs, Physics in Perspective Perspective, 459. 42. Natonal Acadmy o Scncs, Physics in Perspective 43. Andson, “Mo Is Dnt” 393. 44. Common lo holds that Andson and Volk Volk Hn cond “condnsd matt” n 1967 whl Andson hld a sasonal possoshp at th Unvsty o Cambd and thy chand th nam o th sold stat thoy op at th Cavndsh Laboatoy

 

236

NOTES TO PAGES 161–165

to “thoy o condnsd matt.” Eal occncs o th tm, n patcla n th Spn jonal ttl, bl ths smpl on stoy sto y, bt th adopton o th tm by a ma jo UK sach nt no dobt asd ts pol n th Anlophon wold. 45. Amcan Physcal Socty Jonals, accssd Ast 13, 2014, http://jonals .aps.o/sach. Th ato s stak n AIP jonals, wth 33 nstancs o “condnsd matt” and 4,695 o “sold stat.” Th dnc h s ampld by sval actos, ncldn th appld ocs o AIP jonals dn an a that wtnssd an xploson n topcs sch as sold stat mass and lass and th act that th AIP sach alothm nclds th ttls o ctn atcls, whch nats a hh at o als postvs. Amcan Insttt o Physcs Jonals, accssd Ast 13, 2014, http://sctaton.ap.o/sach. 46. Mnts o th Amcan Physcal Socty Concl Mtn, San Fancsco, Calona, Janay 22, 1978, APSM. 47. Mnts o th Amcan Physcal Socty Concl Mtn, Washnton, DC, Apl 23, 1978, APSM. 48. Hopld, “Whatv Happnd?” ponts to th sccss o th BCS thoy o spcondctvty as th thotcal dvlopmnt that ncoad physcsts to s sold stat poblms as nal physcal poblms. 49. Natonal Acadmy o Scncs, Industrial Research Laboratories, 7th d. (1946). 50. Natonal Acadmy o Scncs, Industrial Research Laboratories, 11th d. (1960). 51. Walt Kohn, ltt to Go Pak, Novmb 13, 1964, HPB, ss HUGFP 128.13, box 1, old NAS Svy Commtt May–Dcmb 1964. 52. Havy Books, ltt to Walt Kohn, Mach 30, 1964, HBP, ss HUGFP 128.13, box 1, old NAS Svy Commtt Mach–Apl 1964. 53. Bown, “AT&T and th Consnt Dc.” 54. S Mody, Long Arm o Moore’s Law. 55. Tn, “Aspn Physcs Tns 50.” 56. Elcton dnsty s tsl psntd by a ncton, hnc th nam dnsty nctonal thoy, thoy, a nctonal bn a ncton o a ncton. Fo Fo mo on Kohn and th dvlopmnt and dssmnaton o DFT, s Zanwll “Edcaton o Walt Kohn” and “Hal Cnty.” 57. Kohn and Sham, “Sl-Consstnt Eqatons. Eqatons.”” Fo Fo th dscsson o ths pont, s Zanwll, “Hal Cnty.” As o Janay 1, 2018, jonals.ap.o cods 26,273 ctatons to th pap. Gool Schola, whch cawls a wd aay o socs, cods 46,560. 58. A sthand accont o th ons o Santa F Insttt s avalabl n Cowan,  Manhattan Project , chs. 36–38. 59. Domb, “Ctcal Phnomna.” 60. “Battll Colloqm, Ctcal Phnomna: Fnal Poam, Extndd Abstacts, and Anda Dscsson,” LKP, box 1, old Battll Colloqm on Ctcal Phnomna, Poam and Abstacts, 1970. 61. Unvsty o Chcao pss las, Ast 9, 1945, HAR, box box 116, old 4. 62. Andw W. Lawson, “Th Insttt o th Stdy o Mtals at On Dcad,” Dcmb 26, 1957, CSSP, box 2, old 31. 63. Edwad H. Lv, mmo to Commtt on th Bdt, Apl 10, 1967, BAR, box 146, old 2. 64. Sloan, “Molclazn Chcao.” 65. Ol Klppa, ltt to Albt V. Cw, May 23, 1974, LAR, box 173, old 6.

 

NOTES TO PAGES 166–173

237

66. Natonal Acadmy o Scncs, Physics through the 1990s, 3. 67. Natonal Acadmy o Scncs,  Physics: Survey Sur vey and Outlook, 67;  Physics in Per Per- spective, 142. 68. S Hoddson and Baym, “Dvlopmnt o . . . th Thoy o Mtals”; Eckt, “Popaanda n Scnc”; Jams and Joas, “Sbsqnt and Sbsday?” 69. Slat, “Sold Stat,” 10. 70. Natonal Acadmy o Scncs, Physics through the 1990s. 71. Natonal Acadmy o Scncs, Physics through the 1990s, v, 23. 72. Fo an ovvw o th lna modl, s Asn, “Lna Modl,” and Godn, “Lna Modl.” 73. Roy, “Fndn B Scnc,” 9. 74. S Edton, “Lna Modl,” whch ssts that th canoncal omlaton o th lna modl, n whch basc sach povds th pmay p may and most mmdat bass o tchncal dvlopmnt, was aly,  v, dndd. 75. Pppad, “Cat and th Cam.” CHAPTER 9. Mobilizing against Megascience

 Epigraph:  Department Department o Energy’s Superconducting Super Collider Project: P roject: Hearing  Beore the Subcommittee on Energy Research Research and Development o the Committee on Energy and Natural Resources, United States Senate , 102nd Con. 36 (Apl 16, 1991) (statmnt

o D. Pal A. Fly, Dcto, Physcal Rsach Laboatoy, AT&T Bll Laboatos, May Hll, NJ). 1. Ldman, “Fmlab and th Ft,” 125. 2. Pondom, “Fxd Tat,” 104. S also Rodan, Hoddson, and Kolb,   Tunnel Visions, 13–15. 3. Goldn, “Mo Mn-Bans”; “Had Chocs”; Hman, “Amcans Want Acclato.” 4. Superconducting Super Collider: Hearings Beore the Committee on Science, Space, and Technology, House o Representatives, 100th Con. 245 (Apl 7, 8, and 9, 1987) (statmnt o D. Stvn Wnb, Thoy Gop, Physcs Dpatmnt, Th Unvsty o Txas at Astn). 5. Fo Fo dscssons o th xpdton o Robt O’Haa Bk and Wllam John Wlls om th pspctv o th hstoy o scnc, s Joyc and McCann, Burke and Wills. 6. Hossnld, “LHC ‘Nhtma Scnao.’” 7. Rodan, Hoddson, and Kolb, Tunnel Visions, sp. ch. 1. 8. Hhs, “Makn Dollas.” 9. Fo Fo thooh acconts o th actos sponsbl o th SSC’s dms, s: Rtson, “Dms o th Txas Spcolld,” a snap acton that alts lack o tst n acadmc xpts on th pat o dal patons and ndstal manas; Kvls, Physicists, x–xl, whch dscsss th chans woht by th nd o th Cold Wa and th s o an nsympathtc shman conssonal dlaton; Rodan, “Tal o Two Clts,” whch xamns dysncton wthn th SSC’s manamnt stct; and Hoddson and Kolb, “Spcondctn Sp Colld’s Font Otpost,” whch xposs th aly dsconnct btwn th vson o th physcsts dsnn th SSC and th nclnatons o thos commandn th dal ps stns. 10.  AEC Authorizing Legislation, Fiscal Year 1970: Hearings Beore the Joint Committee on Atomic Energy, 91st Con. 116 (Apl 17 and 18, 1969).

 

238

NOTES TO PAGES 174–181

11. Fly dd ndd say “non-zo-sm  gain,” ath than “am,” th mo common dom, to ndcat th amnt that on ld cold njoy otszd ndn ans wthot mpovshn oth aas. 12. On al ss o spn-o clams, s Hoddson, Kolb, and Wstall,  Fermilab, 54–55. 13. Ldman, “Val o Fndamntal Scnc,” 42. 14. Fo Fo a dtald dscsson o th poltcal shts aond th nd o th Cold Wa Wa and how thy nncd th SSC, s Kvls, Physicists. 15.  Energy and Water Development Appropriations or 1989: Hearings Beore the Subcommittee on Energy and Water Development o the Committee on Appropriations, House o Representatives, 100th Con. 72 (Mach 10, 1988). 16.  Fiscal Year Year 1987 Department o Energy Energ y Authorization: Hearings Beore the t he Subcommittee on Energy Research and Production o the Committee on Science and Technology, Technology, House o Representatives, 99th Con. 65 (Mach 5, 1986). On scnc, poltcs, and SDI, s Bd, Scientists at War , ch. 9, and Slayton, “Dscsv Chocs.” 17. Fiscal Year Year 1987 Department o Energy Authorization , 228. 18. Fiscal Year Year 1987 Department o Energy Authorization , 4. 19.  Proposed Fiscal Year 1990 Budget Request (DOE’s Ofce o Energy Research): Hearing Beore the Subcommittee on Energy Research and Development o the Committee on Energy and Natural Resources, United States Senate, 101st Con. 100 (Fbay 24,

1989) (wttn statmnt o D. Roy F. Schwtts, Dcto, SSC Laboatoy). Year 1990 Budget Request , 102. 20. Proposed Fiscal Year 21. Importance and Status o the Superconducting Super Collider: Joint Hearing Be ore the Committee on Energy and Natur Natural al Resources and the Subcommittee on Energy and Water Water Development o the Committee on Appropriations, United States S tates Senate , 102nd

Con. 27 (Jn 30, 1992) (statmnt o Go F. Smoot III, Scntst, Lawnc Bkly Laboatoy, Bkly, CA). 22. Importance and Status o the SSC , 25–26. 23. Blombn, Encounters in Magnetic Resonance; Bomb, Laser in America. 24. Department o Energy’s Energ y’s Superconducting Super Su per Collider Project , 43 (statmnt o D.. Ncolaas Blombn, Psdnt, Amcan Physcal Socty). D 25. Ncolaas Blombn, ltt to Rchad A. Caan J., May May 21, 1991, n Importance and Status o the SSC , 12. 26. Howad Wolp and Shwood Bohlt, ltt to Jams D. Watkns, n Importance and Status o the SSC , 5–11. 27. Kmhansl, Kmh ansl, “Unty “U nty,,” 38. 28. Bown, “B Scnc.” 29. Importance and Status o the SSC , 13. 30. Superconducting Super Collider: Joint Hearing Beore the Committee on Energy and Natural Resources and the Subcommittee on Energy and Water Development o the Committee on Appropriations, United States Senate , 103d Con. (Ast 4, 1993) (wt-

tn tstmony o Rstm Roy), 10. 31. Assms, “To Most Physcsts.” 32. Scha, “Glmpss o Tth.” 33. Bazll, “Qak Bal Poltcs.” 34. Energy and Water Development Appropriations Appropriations or 1989, 288. 35. The Superconducting Super Collider Project: Hearing Beore the Committee on Science, Space, and Technology, House o Representatives, 103d Con. 101 (May 26, 1993).

 

NOTES TO PAGES 181–191

239

36. Schwb, “Physcs, Commnty, and th Css,” 40. 37. Importance and Status S tatus o the SSC , 24 (statmnt o Lon M. Ldman, Dcto Emts, Fm Natonal Acclato Laboatoy, Batava, IL). Th mssplln o “Mlts,” th Gk cty that was hom to Thals and s wdly consdd to hav bn th cadl o Gk scnc s cnc and phlosophy, phlosophy, s attbtabl to a tanscpton o ath than to Ldman hmsl. 38.  Fiscal Year 1988 Department o Energy Authorization: Hearing Beore the Subcommittee on Energy Research and Development o the Committee on Science, Space, and Technology, House o Representatives, 100th Con. 143 (Mach 3 and 4, 1987).

39. Bay, “Sachn o Patcls o Loc.” 40. Wnb Wnb,, Dreams. 41. Superconducting Super Collider: Joint Hearing , 51 (statmnt (stat mnt o D. Stvn WnWnb, Thoy Gop, Dpatmnt o Physcs, Unvsty o Txas at Astn). 42. Superconducting Super Collider: Joint Hearing , 58 (statmnt (stat mnt o D. Stvn Wnb, Thoy Gop, Dpatmnt o o  Physcs, Unvsty o Txas at Astn). 43. Th xtmty o th dctonsm sposd n th contxt o th SSC dbats has bn mphaszd by Babaa L. Whttn, who as that “Ldman and [Shldon] Glashow, mly ntnchd n th dctonst paadm and totally nabl to ha what th oths a sayn, smbl staw mn constctd by mnst ctcs to dsplay aoant andocntc scnc at ts most lan. lan.”” Whttn, “What Physcs Is Fndamntal, Fndamntal,”” 10. 44. Superconducting Super Collider: Joint Hearing , 57 (statmnt o D. Phlp W. Andson, Dpatmnt o Physcs, Pncton Unvsty, Pncton, NJ). 45. Establishing Priorities Priorit ies in Science Funding: Hearing Beore the Task Force on De ense, Foreign Foreign Policy and Space o the Committee on the Budget, House o Representatives, 102nd Con. 64 (Jly ( Jly 11 and 18, 1991) (statmnt o Phlp W. W. Andson, Ph.D., Josph Hny Posso, Pncton Unvsty). Th wod “mo,” whch was omttd n th tanscpt, can b asonably nd. 46. The SSC Project , 109. 47. Wnb, Dreams; Ldman and Ts, God Particle. 48. Wnb, “Answ.” 49. Dtta, “Spcolld Is Scnc.” 50. Establishing Priorities in Science Funding , 2. 51. Superconducting Super Collider: Joint Hearing , 13. 52. Fo th dscssons o th SSC dbat n tms o ncaton, s Cat, “Physcsts’ Dbats.” 53. Canb, “Paadoxcal ‘Unts,’” 102. 54. Kadano, “Complx Stcts,” 10. 55. Kadano, “Cathdals and Oth Edcs,” 9. 56. Kadano, “Th B, th Bad,” 11. 57. Andson, “Is Complxty Physcs?” 9. 58. As Cat has ad, th dctonst nty patcl physcsts soht was contpodctv o th oal o mthodolocal nty. Cat, “Physcsts’ Dbats.” 59. The SSC Project , 109. Year 1990 Budget Request , 134. 60. Proposed Fiscal Year 61. Superconducting Super Collider: Hearings, 906 (wttn statmnt o D. Phlp W. Andson, Josph Hny Posso o Physcs, Pncton Unvsty, Pncton, NJ). 62. Superconducting Super Collider: Hearings, 334 (wttn statmnt o D. Jams A. Kmhansl, Hoac Wht Posso o Physcs, Conll Unvsty, Unvsty, Ithaca, NY).

 

240

NOTES TO PAGES 191–201

63. Superconducting Super Collider: Hearings, 906 (wttn statmnt o D. Phlp W. Andson). And son). 64. Vama, “Chann Rsach Clts.” 65. Natonal Scnc Fondaton, “NSF Fndn Hstoy by Accont and FY, Constant Dollas,” accssd Apl 5, 2017, https://dllwb.ba.ns.ov/NSFFndnby AccontConstantDollas.pd. 66. US Dpatmnt o Eny, “BES Bdt,” accssd Apl 5, 2017, https://scnc .ny.ov/bs/abot/bs-bdt/. 67. Wsl, Wsl, “Popts and Phnomna, Phnomna,”” s an dyn dy n accont o th concpton o “basc sach” that dvlopd n plasma physcs, whch acd many o th sam challns as sold stat physcs, ncldn th cally cltvatd pcpton that th b qstons o physcs w th nq povnc o hh ny physcs and cosmoloy cosmoloy.. 68.  Proposed Fiscal Year 1990 Budget Request , 158 (AAAS Panl Fndn and th Acadmc Physcal Scncs, Janay 17, 1989). 69. MacLod and Radck, “Ownshp n th Tchnoscncs.” 70. Rowall, “Condnsd Matt Physcs.” 71. Rowall, “Condnsd Matt Physcs,” 45. 72. Superconducting Super Collider: Hearings, 904 (wttn statmnt o Phlp W. Andson, Josph Hny Posso o Physcs, Pncton Unvsty, Pncton, NJ). 73.  Proposed Fiscal Year 1990 Budget Request , 137 (wttn statmnt o Phlp W. Andson, Josph Hny Posso o Physcs, Pncton Unvsty, Pncton, NJ). 74. Hoddson and Kolb, “Spcondctn Sp Colld’s Font Otpost.” Otpost.” S also Matn, “Pst Asymmty.” 75.  Proposed Fiscal Year 1990 Budget Request , 138 (wttn statmnt o Phlp W. Andson). And son). 76. Ath L. Schawlow, ltt to Flx Bloch, Octob 18, 1967, FBPS, box 8, old 15. 77. Fo Fo amnt o contnty acoss ach o ths shts, s: Shapn, Scientic Revolution; Taltavll, “Tansmttn Knowld”; and Ny, Beore Big Science. 78. Kvls, Physicists, x. 79. Don, Velvet Revolution; Cas, “Natonal Synchoton Lht Soc”; Rsh, “US Nton Faclty”; Wstall, “Instttonal Psstnc.” Fo a pspctv on th Eopan contxt, s Hnz, Hallonstn, and Hnck, “Fom Pphy to Cnt” and “Tnn “T nn th Shp.” S hp.” 80. Cas and Wstall, “Nw B Scnc.” CONCLUSIONS

 Epigraph: COSMAT, Materials and Man’s Needs, 4:10.

1. Th mmbshp o th Amcan Physcal Socty n 2000 was 41,570. It spassd 36,000, on thosand tms ts chat mmbshp, n 1985. 2. Shnbot, “Edtoal.”  Physical Review Applied   ollowd qckly on th hls o  Physical Review X , th APS contbton to onln, opn-accss pblshn, whch boasts boad cova o “p, appld, and ntdscplnay physcs” mnscnt o th aly yas o th onal  Physical Review . Data on th  Physical Review  amly o jonals can b ond at https://jonals.aps.o/abot. 3. Attntv ads wll not that ths s appantly contadctd by Ath von Hppl’s statmnt, potd n chapt 6, to th ct that th bonday btwn physcs and

 

NOTES TO PAGES 203–211

241

lctcal nnn was cmbln. Th sntmnt von Hppl xpssd, althoh ndcatv o a local pattn o ncoan ntdscplnay xchan at MIT, MIT, was a om bn sanctd by so mhty a chch as th  Physical Review n th 1940s. 4. Foman, “On th Hstocal Foms” and “Pmacy o Scnc.” 5. Esl, “‘Ennobln Unty’”; McCay, “Wll Small B Batl?”; Mody,  Instrumental Community. 6. Th last dvson to b omd n th twntth cnty, cnty, psntn th physcs o patcl bams, was stablshd n 1989. 7. Chstan Joas obsvs that common ancdots abot aoant qantm o patcl physcsts makn snd maks ddn “sqald stat physcs” (May Gll-Mann) o “Schmtzphysk” (Wolan Pal) a tackd xtnsvly by sold stat physcsts thmslvs, ndcatn that an oppostonal atttd was pat o th ld’s dntty. Joas, “Campos q ntam.” 8. Superconducting Super Collider: Hearings Beore the Committee on Science, Space, and Technology, House o Representatives, 100th Con. 244 (Apl 7, 8, and 9, 1987) (wttn statmnt o D D.. Danl Klppn, Lst Wol Wol Posso o Physcs and Assocat Dcto o th Rsach Laboatoy o Elctoncs, Massachstts Insttt o Tchnoloy, Cambd, MA). 9. Pas, Inward Bound . 10. On th thoy-xpmnt latonshp n hh ny physcs, s Pckn, Con structing Quarks, and Galson, How Experiments End , and Image and Logic . On Fynman daams, s Kas,  Drawing Theories Apart . Fo acconts o la acclato laboatos, s Tawk,  Beamtimes and Lietimes, Hlbon and Sdl,  Lawrence and His  Laboratory, and Hoddson, Kolb, and Wstall, Fermilab. 11. Th has bn a cnt ptck n ntst n contactal hstoy o scnc, skn to vv th tchnq as a xbl bt nlctd tool o thown lht on othws obsc ats o th hstocal pocss. Fo an ovvw, ovvw, s Radck, “Psdntal Addss.” 12. On th chaact and consqncs o th Cold Wa poplaton boom, s Kas, American Physics. A smmay and chapt otln a avalabl at http://wb.mt.d /dkas/www/CWB.html. 13. On how ths pct o th wold nncd scnc and tchnoloy n th Cold Wa, s Edwads, Closed World .

 

BIBLIOGRAPHY

Abaham, Max. The Classical Theory o Electricity and Magnetism. London: Black & Sons, 1937. Abaham, Max, and Ast Föppl. Theorie der Elektrizität . Lpz: B. G. Tbn, 1923. Adams, Dolas. The Salmon o Doubt: Hitchhiking the Galaxy One Last Time. Nw Yok: Random R andom Hos, 2002. Amboso, Chaa. “Th Hstocty o Pc’s Classcaton o th Scncs.”  European Journal o Pragmatism and American Philosophy 8, no. 2 (2016), 9–43. Andson, Phlp W.  A Career in Theoretical Physics. 2nd d. Pncton, NJ: Wold Scntc, 2004. Andson, Phlp W. Intvw by Alx Kojvnkov Kojvnkov.. Novmb 23, 1999. 1999 . Nls Boh Boh  Lbay and Achvs, Coll Pak, MD. http://www.ap.o/hstoy-poams /nls-boh-lbay/oal-hstos/233623. Andson, Phlp W. “Is Complxty Physcs? Is It Scnc? What Is It?”  Physics Today 44, no. 7 (1991), 9–11. Andson, Phlp W. More and Dierent: Notes rom a Thoughtul Curmudgeon. Snapo: Wold Wold Scntc, Sc ntc, 2011. Andson, Phlp W. “Mo Is Dnt.” Science 177, no. 4047 (1972), 393–96. Andson, Phlp W. “Mo Is Dnt—On Mo Tm.” In  More Is Dierent:  Fity Years o Condensed Matter Physics, dtd by N. Phan On and Ravn N. Bhatt, 1–9. Pncton, NJ: Pncton Unvsty Pss, 2001. “Ancdotal Hstoy: Th Twnty-Fth Annvsay Clbaton.”  Journal o the  Acoustical Society o America  26 (1954), 874–905. Asn, Gln R. “Th Lna Modl o th U.S. Dpatmnt o Dns, and th Goldn A o Indstal Rsach.” In The Science-Industry Nexus: History,  Policy Implications, dtd by Kal K al Gandn, Nna Wombs, and Svn Wdmalm, 3–30. Saamo Bach, MA: Watson, Watson, 2004. Assms, Alx. “Th Amcanzaton o Molcla Physcs.” Historical Studies in the Physical and Biological Sciences 23, no. 1 (1992), 1–34. Assms, Alx. “To Most Physcsts, SSC Isn’t Woth th Cost.” Wall Street Journal ,  May 5, 1989.

 

244

BIBLIOGRAPHY

Ath, Joachm. “Das Insttt Fü Fstköpphysk Fstköpphysk d Dtschn Akadm d Wssnschatn n dn Anansjahn Anan sjahn d Akadm nach 1945. 194 5.”” Sitzungsberichte der  Leibniz-Sozietät  15  15 (1996), 27. “Athos.” IBM Journal o Research and Development  8  8 (1964), 361–64. Badn, John, Lon N. Coop, and J. Robt Sch. “Thoy o SpcondcS pcondctvty.” Physical Review  105, no. 5 (1957), 1175–204. Bans, R. Bowln. “How Can th Plac o th Physcst n Indsty B Ralzd Mo Flly?” Review o Scientic Instruments 15, no. 11 (1944), 296–301. Bay,, Dav. “Sachn o Bay o  Patcls o Loc Lo c n th Colld Coll d..” Chicago Tribune, Novmb 1, 1987. Baton, Hny A. “Amcan Insttt o Physcs, Rpot o th Dcto.”  Physics Today 1, no. 5 (1948), 29–31. Baton, Hny A. “Amcan Insttt o Physcs: Rpot o th Dcto o 1943.”  Review o Scientic Scienti c Instruments 15, no. 5 (1944), 130–33. Baton, Hny A. “Insttt “Ins ttt Dons. Don s.”” Physics Today Today 1, no. 1 (1948), 4. Bazll, Robt. “Qak “Qa k Bal Poltcs. Poltcs.”” New Republic , Jn 22, 1987, 9–10. Bnsad-Vncnt, Bnadtt. “Th Concpt o Matals nTechnik Hstocal tv.”  NTM Zeitschrit ür Geschichte der Wissenschaten, undPspcMedizin  19, no. 1 (2011), 107–23. Bnsad-Vncnt, Bnadtt. “Th Constcton o a Dscpln: Matals Scnc Scn c n th Untd Stats.” Historical Studies in the Physical and Biological Sciences  32, no. 2 (2001), 223–48. Btt, Fancs. Magnets: The Education o a Physicist  Physicis t . Nw Yok: Doblday, 1959. Blombn, Ncolaas, d.  Encounters in Magnetic Resonance: Selected Papers o  Nicolaas Bloembergen (with Commentary) . Snapo: Wold Wold Scntc, Scn tc, 1996. Boy, John W. The University o Chicago: A History . Chcao: Unvsty o Chcao Pss, 2015. Bozoth, Rchad M., and Howll J. Wllams. “Ect o Small Stsss on Mantc Popts.” Reviews o Modern Mod ern Physics 17, no. 1 (1945), 62–80. Bck, Otto. “Catalyss: A Challn Chall n to th Physcst. Physcst.”” Reviews o Modern Physics  17, no. 1 (1945), 61–71. Bd, Saah. Scientists at War: The Ethics o Cold War Weapons Research . Cambd, MA: Havad Unvsty Pss, 2015. Bdman, Pcy W. “Ects o Hh Hydostatc Pss on th Plastc Popts o Mtals.” Reviews o Modern Mod ern Physics 17, no. 1 (1945), 3–14. Bllon, Léon. Die Quantenstatistik und ihre Anwendung au die Elektronentheorie Elek tronentheorie S pn,, 1931. der Metalle. Bln: Spn

 

BIBLIOGRAPHY

245

Bomb, Joan Lsa. “Dvc Physcs vs-à-vs Fndamntal Physcs n Cold Wa Amca: Th Cas o Qantm Optcs. Optcs.”” Isis 97 (2006), 237–59. Bomb, Joan Lsa. The Laser in America. Cambd, MA: MIT Pss, 1991. Books, Havy. “Fowod.” Physics and Chemistry o Solids 1, no. 1 (1956), 1. Bown, Andw. The Neutron and the Bomb: A Biography o Sir James Chadwick.   Oxod: Oxod Unvsty Pss, 1997. Bown, Chals L. “AT&T and th Consnt Dc.” Telecommunications Policy 7  7,, no. 2 (1983), 91–95. Bown, La M., Max Dsdn, and Lllan Hoddson. “Pons to Qaks: Patcl Physcs n th 1950s.” In  Pions to Quarks: Particle Physics in the 1950s, dtd by La Bown, Max Dsdn, and Lllan Hoddson, 3–39. Cambd: Cambd Unvsty Pss, 1989. Bown, Los. A Radar History o World World War War II: Technical and Military Imperatives. Bstol: Insttt o Physcs, 1999. Bown, Malcolm W. “B Scnc; Is It Woth th Pc? A Podc Look at th Last Nw Rsach Pojcts. Pojcts.”” New York Times, May 29, 1990. Bown, “Nobl16, Pzs A Awadd to 3 Physcsts and 2 Chmsts.”  New York YMalcolm ork TimesW. , Octob 1979. Bckly, Olv E. “What’s n a Nam?”  Review o Scientic Instruments 15, no. 11 (1944), 301–4. Bsh, Vannva Vannva.. “Scnc—Th Endlss End lss Font: A Rpot to th Psdnt by VanVannva Bsh, Dcto o th Oc o Scntc Rsach and Dvlopmnt, Jly 1945.”” http://www 1945. h ttp://www.ns.ov/od/lpa/ns50/vbsh19 .ns.ov/od/lpa/ns50/vbsh1945.htm. 45.htm. Bsh, Vannva. “Tnds n Amcan Scnc.”  Physics Today Today 1, no. 1 (1948), 5–7, 39. Cahan, Davd. An Institute or an Empire: The Physicalisch-Technische Physicalisch-Technische Reichsanstalt Reichs anstalt 1871–1918. Cambd: Cambd Unvsty Pss, 1989. Capshw, Jams H., and Kan A. Rad. “B Scnc: Pc to th Psnt.” Osiris  7 (1992), 2–25. Cadwll, Donald. From Watt Watt to Clausius: The Rise o Thermodynamics in the Early NY: Conll Unvsty Pss, 1971.  Industrial Age. Ithaca, NY: Cason, Cathyn. “Th Pcla Noton o Exchan Focs.” Pts. 1 and 2, “I: Ons n Qantm Mchancs, 1926–1928,” “II: Fom Ncla Focs to QED, 1929–1950.” Studies in History and Philosophy o Modern Physics 27, no. 1 (1996), 23–45; no. 2 (1996), 99–131. Caty, John J. “Th Rlaton o P Scnc to Indstal Rsach.” Science  44 (1916), 511–18.

 

246

BIBLIOGRAPHY

Cat, Jod. “Th Physcsts’ Dbats on Uncaton n Physcs at th End o th 20th Cnty.” Historical Studies in the Physical and Biological Sciences   28, no. 2 (1998), 253–99. Cho, Hynsb. “Th Bondas o Indstal Rsach: Makn Tansstos at RCA, 1948–1960.” Technology and Culture 48, no. 4 (2007), 758–82. Clak, Sabn. “P Scnc wth a Pactcal Am: Th Manns o Fndamntal Rsach n Btan, Bt an, cca 1916–1950. 1916–19 50.”” Isis 101, no. 2 (2010), 285–311. Cobn, Stanly. “Th Scntc Establshmnt and th Tansmsson o Qantm Mchancs to th Untd Stats, 1919–32.”  American Historical Review 76, no. 2 (1971), 442–66. Commtt on th Svy o Matals Scnc and Ennn (COSMAT).  Materials and Man’s Needs, 4 vols. Washnton, DC: Natonal Acadmy o Scncs, 1975. Commtt on th Svy o Matals Matal s Scnc and Ennn Enn n (COSMAT). Materials and Man’s Needs: Materials Science and Engineering: Summary Report o the Committee on the Survey o Materials Science and Engineering. Washnton, DC:

NatonalKal Acadmy Scncs, o 1975. Compton, T. “ThoFondn th Amcan Insttt o Physcs.”  Physics ToToday 5, no. 2. (1952), 4–7. Coon, D. D., and Mlan D. Fsk. “Josphson ac and Stp Stct n th Spcnt Tnnln Chaactstc.” Physical Review  138, no. 3A (1965), A744–46. Coop, Lon N., and Dmt Fldman, ds.  BCS: 50 Years. Years. Snapo: Wold Scntc, 2011. Colt, John M. “Th Rol o Scnc n Modn Cvlzaton.” Transactions o the  Illinois State Academy o Science  11 (1918), 19–28. Cowan, Go A.  Manhattan Project to the Santa Fe Institute: The Memoirs o George A. Cowan. Albqq: Unvsty o Nw Mxco Pss, 2010. Canb, Lawnc. “Th Paadoxcal ‘Unts’ o Physcs.” Physics Today Today 44, no. 3 (1991), 102. Cas, Robt P.  Making Physics: A Biography B iography o Brookhaven National Laboratory, 1946–1972. Chcao: Unvsty o Chcao Pss, 1999. Cas, Robt P. “Th Natonal Synchoton Lht Soc.” Pts. 1 and 2, “Pat I: Bht Ida,” “Pat II: Th Bakot.”   Physics in Perspective  10, no. 4 (2008), 438–67; 11, no. 1 (2009), 15–45. Cas, Robt P., and Cathn Wstall. “Th Nw B Scnc.” Physics Today Today 69, no. 5 (2016), 30–36. Cssza, Alx. “Salty and th Sach o Od: Scntc Pnt and Its Poblms dn th Lat Nntnth Cnty Cnty..” History o Science 48 (2010), 399–434.

 

BIBLIOGRAPHY

247

Danls, Mao, and John K. “Byond th Rach o Rlaton? ‘Basc’ and ‘Appld’ Rsach n Ealy Cold Wa Amca.” Technology and Culture 59, no. 2 (2018), 226–50. Daow, Kal K. “Conclson.”  Review o Scientic Instruments 15, no. 11 (1944), 327. Daow, Kal K. “Cnt Tnds n th Amcan Physcal Socty.”  Journal o Ap plied Physics 14, no. 9 (1943), 437–42.

Daow, Kal K. “How to Addss th Amcan Physcal Socty.”  Physics Today Today 4  4,, no. 2 (1951), 4–8. Daow,, Kal K. “Symposm Daow “Sy mposm on th Sold So ld Stat.” Reviews o Modern Physics  17, no. 1 (1945), 2. Davs, Hay M. “Rada—O Macl Ally.” New York York Times, May 23, 1942. Dol, Ronald E. “Scntsts as Polcymaks, Advsos, and Intllnc Ants: Lnkn Contmpoay Dplomatc Hstoy wth th Hstoy o Contmpoay Scnc.” In The Historiography Historio graphy o Contemporary Science and Technology , dtd by Thomas Södqvst, 215–44. Amstdam: Hawood, 1997. Velvet Revolution at the Synchrotron: Biology, Physics, and Change Don, Pak. The in Science . Cambd, MA: MIT Pss: 2009.

Domb, Cyl. “Ctcal Phnomna: A B Hstocal Svy Svy..” Contemporary Physics  26, no. 1 (1985), 47–72. Donaldson, Rn, Rchad Gstason, and Fank Pa, ds.  Proceedings o the 1982  DPF Summer Study on Elementary Elementar y Particle Physics and Future Facilities. Washnton, DC: US Dpatmnt D patmnt o Eny E ny,, 1983. Dsslhas, Mldd. Intvw by Josph D. Matn. Jn 24, 2014. Nls Boh Lbay and Achvs, A chvs, Coll Pak, MD. Dncan, Anthony, and Mchl Janssn. “On th V o Umdeutung  n   n Mnnsota: Van Vlck and th Cospondnc Pncpl.” Pts. 1 and 2.  Archive or History Hi story o Exact Sciences 61, no. 6 (2007), 553–624; 625–71. Dp, Hnt A. Science in the Federal Government.  Baltmo: Johns Hopkns Unvsty Pss, 1957. Dshman, Sal, Thomas A. Rad, Fdck Stz, Wllam Shockly Shockly,, Sdny Sl, and Roman Smolchowsk. Smol chowsk. “Physcs o th Sold S old Stat.” Journal o Applied Physics 15, no. 12 (1944), 791. Dtta, Plak. “Spcolld Is Scnc ot on a Lmb.”  New York York Times, Mach 15, 1993. Eckt, Mchal. “Popaanda n Scnc: Sommld and th Spad o th Elcton Thoy o Mtals.” Historical Studies in the Physical and Biological Sciences  17, no. 2 (1987), 191–233.

 

248

BIBLIOGRAPHY

Eckt, Mchal, and Hlmt Schbt. Crystals, Electrons, Transistors: Transistors: From Scholar’s Study to Industrial Research, tanslatd by Thomas Hhs.  Nw Yok: Amcan Insttt o Physcs, [1986] 1990. Edton, Davd. “Th Lna Modl Dd Not Exst.” In The Science-Industry Nexus: History, Policy Implications, dtd by Kal Gandn, Nna Wombs, and Svn Wdmalm, 31–58. Saamo Bach, MA: Watson, Watson, 2004. Edton, Davd. “Tm, Mony, and Hstoy.” Isis 103, no. 3 (2012), 316–27. “Edtoal.” Journal o Rheology  1, no. 1 (1929), 93–95. Edwads, Pal N. The Closed World: Computers and the Politics o Discourse in Cold War America. Cambd, MA: MIT Pss, 1997. Esl, Matthw N. “‘Th Ennobln Unty o Scnc and Tchnoloy’: Matals Scncs and Ennn, th Dpatmnt o Eny, and th Nanotchnoloy Enma.” Minerva  51, no. 2 (2013), 225–51. Enland, J. Mton.  A Patr Patron on or Pure Science: The National Science Foundation’s  Formative Years, 1945–57 . Washnton, DC: Natonal Scnc Fondaton, 1983. Fllows, Fdck “J. H. VanoVlck: Ealya, L Physcst.” Physcst. ” PhDHh. dss., Unvsty Mnnsot Mnnsota, 1985.and Wok o a Mathmatcal Fll, Rchad A., Y. C. L, and M. K. Pal. “Mantc Qnchn o Hypn Dpolazaton o Postv Mons.” Physical Review  118, no. 1 (1960), 317–19. “Fndn a Fom o Matals Scnc.” New Scientist , Novmb 15, 1962, 361–62. Fnkbn, Ann. The Jasons: The Secret History o Science’s Postwar Elite.  Nw Yok: Pnn Pss, 2006. Fsh, Fsh , Ath. “Th Mantsm Man tsm o o  a Shad Sh ad Faclty Faclt y.” Mosaic  11,  11, no. 2 (1980), 38–45. Foman, Pal. “Bhnd Qantm Elctoncs: Natonal Scty as a Bass o Physcal Rsach n th Untd Stats, 1940–1960.” Historical Studies in the Physical and Biological Sciences 18 (1987), 149–229. Foman, Pal. “On th Hstocal Foms o Knowld Podcton and Caton: Modnty Entald Dscplnaty, Postmodnty Entals Antdscplnaty.” Osiris 27 (2012), 56–97. Foman, Pal. “Th Pmacy o Scnc n Modnty, o Tchnoloy n Postmodnty, and o Idoloy n th Hstoy o Tchnoloy.” History and Technology 23, no. 1 (2007), 1–152. Foman, Pal. “‘Swods nto Plohshas’: Bakn Nw Gond wth Rada Hadwa and Tchnq n Physcal Rsach at Wold Wa II.”  Reviews o  Modern Physics 67, no. 2 (1995), 397–455. Foman, Pal. “Wma Clt, Casalty, and Qantm Thoy: Adaptaton by

 

BIBLIOGRAPHY

249

Gman Physcsts and Mathmatcans to a Hostl Envonmnt.” Historical Studies in the Physical Sciences 3 (1971), 1–115. “Fothcomn Evnts.” Natur  Naturee 163, no. 4141 (1949), 419–20. Fdl, Jacqs. Intvw by Hvé Abat and Bnadtt Bnsad-Vncnt on Octob 17, 2001. Calona Insttt o Tchnoloy Lbay. http://athos .lbay.caltch.d/5456/1/hst.mt.d/hs/matals/pblc/FdlJacqs /Jacqs_Fdl_ntvw.htm. Fdl, Jacqs. “S L’on d Fomanétsm dans ls Métax Méta x s Tanston. anston.””  Journal de Physique et la Radium 16 (1955), 829–38. Galson, Pt. How Experiments End . Chcao: Unvsty o Chcao Pss, 1987. Galson, Pt.  Image and Logic: A Material Culture o Microphysics. Chcao: Unvsty o Chcao Pss, 1997. Galson, Pt, and Davd J. Stmp, ds. The Disunity o Science: Boundaries, Contexts, and Po Power  wer . Stanod, CA: Stanod Unvsty Pss, 1996. Gamow,, Go. “Any Physcs Gamow Phys cs Tomoow omoow?” ?” Physics Today Today 2, no. 1 (1949), 17–21. Gamow, Go. “Th Ralty o Ntnos.” Physics Today Today 1, no. 3 (1948), 4–9. Gavol, and Ana Smõs.Th “Th Amcans,o th Gmans, and th Bnnns oKostas, Qantm Chmsty: Connc Dvn Tadtons.” Historical Studies in the Physical and Biological Sciences  25, no. 1 (1994), 47–110. Gavol, Kostas, and Ana Smõs.  Neither Physics nor Chemistry: A History o Quantum Chemistry. Cambd, MA: MIT Pss, 2012. G, Ro L. “Scnc, Unvsts, and Natonal Dns, 1945–1970.” Osiris  7 (1992), 26–48. G, Ro L. To Advance Knowledge: The Growth o American Research Universities, 1900–1940. Oxod: Oxod Unvsty Pss, 1986. Gll-Mann, May. “Cnt Topcs n Patcl Physcs.” In  Proceedings o the 13th International Conerence on High-Energy Physics , dtd by Maat H. Alston-Ganjost, 3–9. Bkly: Unvsty o Calona Pss, 1967. Gbbs, Roswll C. “What Shold B th Mthod o Accdtn Indvdals and Instttons?” Review o Scientic Instruments I nstruments 15, no. 11 (1944), 305. Godn, Bnoît. “Th Lna Modl o Innovaton: Th Hstocal Constcton o an Analytcal Famwok. Famwok.”” Science, Technology, and Human Values 31, no. 6 (2006), (2006) , 639–67. Goldb, Stanly, and Ro Stw. The Michelson Era in American Science 1870–1930: AIP Conerence Proceedings. Coll Pak, MD: Amcan Insttt o Physcs, 1988. Goldn, Fdc. “Mo Mn-Bans o th Bck. Bck.”” Time, Jly 18, 1983, 147.

 

250

BIBLIOGRAPHY

Goldsmth, Ald N. “Commnts on ‘Oanzaton ‘O anzaton o Physcs n Amca. Amc a.’” ’” Journal o Applied Physics 15, no. 9 (1944), 649. Good, Goy A. “Th Assmbly o Gophyscs: Scntc Dscplns as Famwoks o Consnss.” Studies in History and Philosophy o Modern Physics  31, no. 3 (2000), 259–92. Gooday, Gam. “‘Va and Atcal’: Th Hstocally Elsv Dstncton btwn P and Appld Scnc. Sc nc.”” Isis 103, no. 3 (2012), 546–54. Godon, Jams P., Hbt J. Z, and Chals H. Towns. “Th Mas—Nw Typ o Mcowav Ampl, Fqncy Standad, and Spctomt.” Physical  Review  99, no. 4 (1955), 1264–74. Gantham, Todd A. “Concptalzn th (Ds)Unty o Scnc.”  Philosophy o Science 71, no. 2 (2004), 133–55. Gonwn, Pt, and Los Pts. “Th Emnc and Chan o Matals Scnc and Ennn n th Untd Stats.” Science, Technology, Technology, and Human Values 27, no. 1 (2002), 112–33. Gyon, Étnn, Alxs Matnt, Jan Matcon, Ma tcon, and Phlp Phl p Pncs. “Tnnln “Tnnln nto nt o Dty Na Th Upp Ctcal Flds.” Physical Review  138, no. 3ASpcondctos (1965), A746–52. Gay, Dwht E. “Th Nw AIP Handbook.” Physics Today Today 16, no. 7 (1963), 40–42. Gay, Dwht E., and Bc H. Bllns, ds. American Institute o Physics Handbook. 2nd d. Nw Yok: McGaw-Hll, 1963. 1963 . “Had Chocs.” Economist , May 28, 1983, 100. Hatta, István. The Martians o Science: Five Physicists Who Changed the Twentieth Century.  Oxod: Oxod Unvsty Pss, 2006. Hanwll, Gaylod P. “A Mo Pct Unon.”  Review o Scientic Instruments 15, no. 2 (1944), 19–21. Hanwll, Gaylod P. “Rsach n Physcs n th Postwa Pod.”  Review o Scientic Instruments 14, no. 8 (1943), 231–36. Hanwll, Gaylod P. “Th Rol o Oanzaton n Mtn th Nds o Physcs.”  Review o Scientic Scienti c Instruments 15, no. 11 (1944), 309–15. Hatman, Pal. Cornell’s Materials Science Center: The T he Early Years Years. Ithaca, NY: Conll Cnt o Matals Rsach, 2007. Hatman, Pal.  A Memoir on the Physcal Rvw. Nw Yok: Amcan Insttt o Physcs, 1994. Hcht, Davd K. “Th Atomc Ho: Robt Oppnhm and th Makn o Scntc Icons n th Ealy Cold Wa.” Technology and Culture 49, no. 4 (2008), 943–66.

 

BIBLIOGRAPHY

251

Hlbon, John L., and Robt W. Sdl.  Lawrence and His Laboratory:  AA History o the Lawrence Berkeley Laboratory,  vol. 1. Bkly: Unvsty o Calona Pss, 1989. Hnz, Thomas, Olo Hallonstn, and St Hnck. “Fom Pphy to Cnt: Synchoton Radaton at DESY.” Pts. 1 and 2, “Pat I: 1962–1977,” “Pat II: 1977–1993.” Historical Studies in the th e Natural Natural Sciences 45, no. 3 (2015), 447–92; no. 4 (2015), 513–48. Hnz, Thomas, Olo Hallonstn, and St Hnck. “Tnn th Shp: Th Tansomaton o DESY, 1993–2009.”  Physics in Perspective 19, no. 4 (2017), 424–51. Hman, Ros. “Amcans “Amcans Want Acclato Ac clato th Sz S z o Blm. Blm.”” New Scientist , Jn 9, 1983, 679. Hn, Conys. “Rcollctons om th Ealy Days o Sold-Stat Physcs.”  Physics Today 46, no. 4 (1993), 26–33. Hoch, Pal K. “Th Dvlopmnt o th Band Thoy o Solds, 1933–1960.” In Hoddson t al., Out o the Crystal Maze, 182–235. Hoch, Pal K. “ThU.S.A.” Rcpton o Cntal Eopan Physcsts t h 1930s: U.S.S.R., U.S.S.R ., U.K.,  Annals o Science  40, no.R 3 (1983), 217–46.o th Hoddson, Lllan. “Th Dscovy o th Pont-Contact Tanssto.” Historical Studies in the Physical Sciences 12, no. 1 (1981), 41–76. Hoddson, Lllan. “Th Enty o th Qantm Thoy o Solds nto th Bll Tlphon Laboatos, 1925–40: A Cas-Stdy o th Indstal Applcaton o Fndamntal Scnc.” Minerva 18, no. 3 (1980), 422–47. Hoddson, Lllan Hatmann. “Th Roots o Sold-Stat Rsach at Bll Labs.”  Physics Today Today 30, no. 3 (1977), 23–30. Hoddson, Lllan, and Godon Baym. “Th Dvlopmnt o th Qantm Qant m Mchancal Elcton Thoy Tho y o Mtals: 1900–28. 1900–2 8.”” Proceedings o the Royal Society o London A 371, no. 1744 (1980), 8–23. Hoddson, Lllan, Godon Baym, and Mchl Eckt. “Th Dvlopmnt o th Qantm-Mchancal Elcton Thoy o Mtals: 1928–1933.” Reviews o Modern Physics 59, no. 1 (1987), 287–326. Hoddson, Lllan, Enst Ban, Jün Tchmann, and Spnc Wat, ds. Out o the Crystal Maze: Chapters rom the History o Solid-State Physics . Nw Yok: Oxod Unvsty Pss, 1992. Hoddson, Lllan, and Vck Datch. True Genius: The Lie and Science o John Bardeen: The Only Winner o Two Nobel Prizes in Physics. Washnton, DC: Josph Hny Pss, 2002.

 

252

BIBLIOGRAPHY

Hoddson, Lllan, and Adnn W. Kolb. “Th Spcondctn Sp Colld’s Font Otpost, Otpos t, 1983–1988. 1983–1988 .” Minerva  38 (2000), 271–310. Hoddson, Lllan, Adnn W. Kolb, and Cathn Wstall.  Fermilab: Physics, the  Frontier, and Megascience. Chcao: Unvsty o Chcao Pss, 2008. Hoddson, Lllan, and Mchal Rodan. Crystal Fire: The Birth o the Inormation  Age. Nw Yok: Noton, 1997. Homann, Dt. “Fty Yas o  Physica Status Solidi  n   n Hstocal Pspctv.”  Physica Status Solidi  B  B 250, no. 4 (2013), 871–87. Höhl, Ghad, D. Lyons, and Enst Nksch. Arbeitstagung Festkörperphysik Festkörperphysik. Bln: Dtsch Vla d Wssnschatn, 1952. Holton, Gald. “Th Fomaton o th Amcan Physcs Commnty n th 1920s and th Comn o Albt Enstn.” Minerva  19 (1981), 569–81. Hopld, John J. “Whatv Happnd to Sold Stat Physcs?”  Annual Reviews Revi ews o Condensed Matter Physics 5 (2014), 1–13. Hossnld, Sabn. “Th LHC ‘Nhtma Scnao’ Sc nao’ Has Com Co m T. T.”” Back Racton. Ast 6, 2016. https://backacton.blospot.co.k/2016/08/th-lhc-nht ma-scnao-has-com-t.html. Honshll, Davd A. “Edson and th P Scnc Idal n 19th-Cnty Amca.” Science 207, no. 4431 (1980), 612–17. Hhs, Sally Smth. “Makn Dollas ot o DNA: Th Fst Majo Patnt n Botchnoloy and th Commcalzaton o Molcla Boloy, 1974–1980.”  Isis  92, no. 3 (2001), 541–75. Hll, Albt W. “Th Otlook o th Physcst and Pospctv Physcst n Indsty.” American Journal o Physics 12 (1944), 62–70. Hnt, Bc J. The Maxwellians. Ithaca, NY: Conll Unvsty Pss, 1991. Hnt, Bc J. Pursuing Power Power and Light: Light: Technology Technology and Physics rom rom James Watt to  Albert Einstein . Baltmo: Johns Hopkns Unvsty Pss, 2010. Hxly, Thomas H. “Scnc and Pactcal L.”  Popular Science Monthly 32 (Novmb 1887), 166–69. Hyd, W. Lws. “Why 1916? A Look Back at OSA’s Roots.” Optics and Photonics  News 17, no. 1 (2006), 18–19. “Impotant Annoncmnt.” Physical Review  132, no. 1 (1963), 1. Isln, Colmbs O’D. “Down to th Sa.” Physics Today Today 1, no. 4 (1948), 16–20.  Jackson, Cathn M. “Chmsty as th Dnn Dnn  Scnc: Scn c: Dscpln Dsc pln and Tann n Nntnth-Cnty Chmcal Laboatos.”  Endeavour 35, no. 2–3 (2011), 55–62.  Jams, Jmah, and Chstan Joas. “Sbsqnt and Sbsday? Rthnkn th

 

BIBLIOGRAPHY

253

Rol o Applcatons n Establshn Qantm Mchancs.” Historical Studies in the Natural Sciences 45, no. 5 (2015), 641–702.  Jamm,, Max. The Conceptual Development o Quantum Mechanics. Nw Yok: Mc Jamm Gaw-Hll, 1966.  Jnson, John C. “ . . . Ptals on a Statoln Statol n..” Physics Today Today 1, no. 7 (1948), 10–16.  Joas, Chstan. “Campos q ntam: Físca qântca  a tansênca d conctos nt ísca d patíclas, ncla  do stado sóldo.” In Teoria quântica:  Estudos históricos e implicações culturais, dtd by Olval F J., Osvaldo Pssoa J., and Joan Lsa Bomb, 109–51. Campna Gand, Basl: Lvaa da ísca, 2011.  Joas, Chstan, and Mchal Eckt. “Anold Sommld and Condnsd Matt Physcs.” Annual Reviews o Condensed Conde nsed Matter Physics 8 (2017), 31–49.  Joas, Chstan, and Shal Katz. “Analoy Analoy,, Extnson, and Novlty: Yon Schödn on Elctc Phnomna n Solds.” Studies in History and Philosophy o Science Part B: Studies in History and Philosophy o Modern Physics  42, no. 1 (2011), 43–53.  Johnson, Ann. “What IHistorical W WotStudies th Hstoy o Scnc om  38, th Pspctv o Appld Scnc?” in the Natural Sciences no. 4 (2008), 610–20.  Johnson, Ec E. “Th Black Hol Cas: Th Injncton aanst th End o th Wold.” Tennessee Law Review 76, no. 4 (2009), 819–908.  Jod Taltavll, Taltavll, Mata. “Tansmttn “Tansmttn Knowld acoss Dvds: D vds: Optcal Dspson Dsps on om Classcal to Qantm Physcs.” Historical Studies in the Natural Sciences   45, no. 3 (2016), 313–59.  Joyc, E. Bn, and Do A. McCann, ds. Burke and Wills: The Scientic Legacy Legacy o the Victorian Exploring Expedition. Collnwood, VIC: CSIRO, 2011. Kadano, Lo P. “Th B, th Bad and th Batl.”  Physics Today  41, no. 2 (1988), 9–11. Kadano, Lo P. “Cathdals and Oth Edcs.”  Physics Today Today 39, no. 11 (1986), 7–9. Kadano, Lo P. “Complx Stcts S tcts om Smpl Systms. Systms.”” Physics Today Today 44, no. 3 (1991), 9–11. Kas, Davd.  American Physics and the Cold War Bubble. Chcao: Unvsty o Chcao Pss, othcomn. Kas, Davd. “Th Atomc Sct n Rd Hands? Amcan Sspcons o Thotcal Physcsts dn th Ealy Cold Wa.”  Representations 90, no.1 (2005), 28–60.

 

254

BIBLIOGRAPHY

Kas, Davd. Davd. “Booms, Bsts, and th Wold o Idas: Enollmnt Enoll mnt Psss and th Challn o o  Spcalzaton. Spcal zaton.”” Osiris 27 (2012), 276–302. Kas, Davd. “Cold Wa Rqstons, Scntc Manpow, and th Podcton o Amcan Physcsts at Wold Wa II.” Historical Studies in the Physical and  Biological Sciences  33, no. 1 (2002), 131–59. Kas, Davd.  Drawing Theories Apart: The Dispersion o Feynman Diagrams in  Postwar Physics. Chcao: Unvsty o Chcao Pss, 2005. Kas, Davd. “Fom Blackboad to Bombs. Bo mbs.”” Natur  Naturee 523 (2015), 523–25. Kas, Davd. “Th Postwa Sbbanzaton o Amcan Physcs.”  American Quarterly 56, no. 4 (2004), 851–88. Kas, Davd. “Tann and th Gnalst’s Vson n th Hstoy o Scnc.”  Isis 

96, no. 2 (2005), 244–51. Katch, Davd A. “Edtoal.” Physics Today Today 1, no. 1 (1948), 3. Kth, Stphn T., T., and Pal K. Hoch. “Fomaton o a Rsach Rs ach School: Schoo l: Thotcal Sold Stat Physcs Physc s at Bstol 1930–54. 19 30–54.”” British Journal or the History o Science  19, no. 1 (1986), 19–44. Kth, StphntT., Qédc. “Mantsm Hoddson al., and Out P o the Crystal Maze , 359–442.and Mantc Matals.” In Kmbl, Edwn C. “What Chans n Gadat Tann n Physcs A Ndd?”  Review o Scientic Scienti c Instruments 15, no. 11 (1944), 290–93. Kvls, Danl J. “B Scnc and B Poltcs n th Untd Stats: Rctons on th Dath o th SSC and th L o th Hman Gnom Pojct.” Historical Studies o the Physical and Biological Sciences  27, no. 2 (1997), 269–97. Kvls, Danl J. “Cold Wa and Hot Physcs: Scnc, Scty, and th Amcan Stat, 1945–56.” Historical Studies in the Physical and Biological Sciences  20, no. 2 (1990), 239–64. Kvls, Danl J. The Physicists: The History o a Scientic Community in Modern  America. 3d d. 1971. Rp., Cambd, MA: Havad Unvsty Pss, 1995. Kttl, Chals. Introduction to Solid State Physics, 2nd d. Nw Yok: Wly, 1955. Klnman, Danl L. Politics on the Endless Endless Frontier: Postwar Postwar Research Policy Policy in the United States. Dham, NC: Dk Unvsty Pss, 1995. Klopst, Pal E. “Th Wok Wok o th Wa Polcy Commtt o o  th Amcan Insttt o Physcs.” Review o Scientic Scie ntic Instruments 14, no. 8 (1943), 236–41. Knowls, Scott G., and Stat W. W. Lsl. “‘Indstal Vsalls’: Vsalls’: Eo E o Saann’s Copoat Campss o GM, IBM, and AT&T.” Isis 92, no. 1 (2001), 1–33. Kohl, Robt E.  P  Partners artners in Science: Foundations and Natur Natural al Scientists 1900– 1945. Chcao: Unvsty o Chcao Pss, 1991.

 

BIBLIOGRAPHY

255

Kohlstdt, Sally Goy, Mchal Sokal, and Bc Lwnstn.  The Establishment o Science in America. Nw Bnswck, NJ: Rts Unvsty Pss, 1999. Kohn, Walt. “An Essay on Condnsd Matt Physcs n th Twntth Cnty.”  Reviews o Modern Mod ern Physics 71, no. 2 (1999), S59–77. Kohn, Walt, Walt, and L J J  Sham. “Sl-Consstnt Eqatons Incldn Incl dn Exchan and Colaton Ects. Ects.”” Physical Review  104, no. 4A (1965), A1133–38. Kolb, Adnn, and Lllan Hoddson. “Th Ma o th ‘Wold Acclato o Wold Pac’ and th On o th SSC, 1953–1983.” Historical Studies in the  Physical and Biological Sciences  24, no. 1 (1993), 101–24. Kowask, Lw. Lw. “Ls Pls d Rchchs. Rchch s.”” Commssaat à l’En Atomq, Rpot #481, 1955. http://ns.aa.o/sach/sach.aspx?o_q=RN:38036105. Kah, Hl. Higher Speculations: Grand Theories and Failed Revolutions in Physics and Cosmology. Oxod: Oxod Unvsty Pss, 2011. Kah, Hl. “Namn th t h B Ban. Ban.”” Historical Studies in the Natural Sciences 44, no. 1 (2014), 3–36. Kah, Hl. Quantum Generations: A History o Physics in the Twentieth Century . Pncton, NJ: Pncton Pss, o 1999. Kmhansl, Jams A. “UntyUnvsty n th Scnc Physcs.”  Physics Today  44, no. 3 (1991), 33–38. Lall, Robto. “A Nw Scntc Jonal Taks th Scn: Th Bth o  Reviews o  Modern Physics.” Annalen der Physik 526, no. 9–10 (2014), A83–87. Lazas, Davd. “Fasto Fm and th Emnc o Sold-Stat Physcs n Italy.”  Il  Nuovo Cimento D 15, no. 2–3 (1993), 139–42. Ldman, Lon M. “Fmlab and th Ft o HEP.” In  Proceedings o the 1982  DPF Summer Study on Elementary Elementar y Particle Physics and Future Facilities, dtd by Rn Donaldson, Rchad Gstason, and Fank Pa, 125–27. Washnton, DC: US Dpatmnt D patmnt o Eny En y, 1983. Ldman, Lon M. “Th Val o Fndamntal Scnc.” Scientic American 251, no. 5 (1984), 40–47. Ldman, Lon M., and Dck Ts. The God Particle: I the Universe Is the Answer, What Is the Question? Nw Yok: Hohton Mfn, 1993. Lno, Tmothy, and Chstoph Lécy. “Instmnt Maks and Dscpln Blds: Th Cas o Ncla Mantc Rsonanc.”  Perspectives on Science  3, no. 3 (1995), 276–345. Lsl, Stat W. The Cold War and American Science: The Military-IndustrialYok: Colmba Col mba Unvsty Pss,  Academic Complex at MIT and Stanord . Nw Yok: 1993.

 

256

BIBLIOGRAPHY

Lvnston, M. Stanly. P  Particle article Physics: The Th e High-Energy Frontier . Nw Yok: McGaw-Hll, 1968. Lon, Tlly. “Wllam McEloy, th McCollm-Patt Insttt, and th Tansomaton o Boloy at Johns Hopkns, 1945–1960.” Journal o the History Histor y o Biology Biol ogy 42, no. 4 (2009), 765–809. Lc, Pal. “Th Ons o o  P and Appld A ppld Scnc Scnc  n Gldd Gld d A Amca.” Isis  103, no. 3 (2012), 527–36. Lyons, W. Jams. “Concnn th Dvson o Hh-Polym Physcs o th Amcan Physcal Socty.” Journal o Applied Physics 15, no. 11 (1944), 729–30. MacLod, Chstn, and Goy Radck. “Clamn Ownshp n th Tchnoscncs: Patnts, Poty and Podctvty.” Studies in the History and Philosophy o Science Part A 44 (2013), 188–201. Matn, Josph D. “Fndamntal Dsptatons: Th Phlosophcal Dbats That Govnd Amcan Physcs, 1939–1993.” Historical Studies in the Natural Sciences 45, no. 5 (2015), 703–57. Matn, Josph D. “Pst Asymmty n Amcan Physcs: Aspatons, Applcatons,   30, no. 4 (2017), 475–506.and th Plond Ltt Ect.” Science in Context  30, Matn, Josph D. “Rsoc Ltt HCMP-1: Hstoy o Condnsd Matt Physcs.” American Journal o Physics 85, no. 2 (2017), 87–97. Matn, Josph D. “What’s n a Nam Chan? Sold Stat Physcs, Condnsd Matt Physcs, and Matals Mat als Scnc. Scnc .”” Physics in Perspective Perspective 17, no. 1 (2015), 3–32. Matn, Josph D., and Mchl Janssn. “Byond th Cystal Maz: TwntthCnty Physcs om th Vanta Pont o Sold S old Stat Stat  Physcs.” Physcs.” Historical Studies in the Natur Natural al Sciences  45, no. 5 (2015), 631–40. McCay, W. Patck. “Wll Small B Batl? Makn Polcs o O Nanotch Ft.” History and Technology Technology  21, no. 2 (2005), 177–203. McFaddn, Danl G., Raza A. Tah-Khl, and G. Bc Taat. “Spac-TmDpndnt Colaton Fnctons o On-Dmnsonal Hsnb Spn Systms n a Lontzan-Gassan Appoxmaton.”  Physical Review   185, no. 2 (1969), 854–59. Mdwnt, Chals, and Mchl Janssn. “Khn Losss Rand: Van Vlck om Spcta to Sscptblts.” In Research and Pedagogy: A History o o  Early Quantum Physics through Its Textbooks Textbooks, dtd by Massmlano Badno and Jam Navao, 137–205. Bln: Edton Opn Accss, 2013. Mssn,, Mashall. “Why Enstn Mssn E nstn Bcam Bc am Famos n Amca. Amca.”” Social Studies o Science 15, no. 2 (1985), 267–91.

 

BIBLIOGRAPHY

257

Mody, Cys C. M. Instrumental Community: Probe Microscopy and the Path Path to NanNanotechnology . Cambd, MA: MIT Pss, 2011. Mody, Cys C. M. The Long Arm o Moore’s Law: Microelectronics and American Science. Cambd, MA: MIT Pss, 2017. Mody, Cys C. M. “Towad a Hstoy o Scnc om th Pspctv o Appld Scnc.”” Inaal Lct, Scnc. Lc t, Maastcht Unvsty, Unvsty, Octob 6, 2017. 2017 . https://cs. maastchtnvsty.nl/potal/ls/17798700/Oat_Mody.pd. Mody, Cys C. M., and Hynsb Cho. “Fom Matals Scnc to Nanotchnoloy: Intdscplnay Cnt Poams at Conll Unvsty, 1960–2000.” Historical Studies in the Natural Sciences 43, no. 2 (2013), 121–61. Mott, Nvll F. The Beginnings o Solid State Physics: A Symposium Organized by Sir Socty,, 1980.  Nevill Mott, Held 30 April–2 May 1979. London: Royal Socty Mott, Nvll F. “Th Mchansm o Wok-Hadnn o Mtals.”  Proceedings o the  Institution o Mechanical Engineers 166 (1952), 413–18. Mllkn, Robt S. “Rmaks on a Possbl Dvson o Spctoscopy n th Amcan Physcal Socty.” Review o Scientic Scienti c Instruments 16, no. 2 (1945), 42–43. Mskat, Mos. “Ltt to th Edto.”  Review o Scientic Instruments  16, no. 2 (1945), 38–39. Natonal Acadmy o Scncs. Advancing Materials Research. Washnton, DC: Natonal Acadms Pss, 1987. Natonal Acadmy o Scncs. Industrial Research Laboratories o the United States. 19 dtons. Washnton DC: Natonal Acadmy o Scncs, 1920–85. Natonal Acadmy o Scncs.  More Eective Organization and Administration o  Materials Research and Development: A Report to Detlev W. Bronk, Bronk, President, President, NaNational Academy o Sciences, by the Committee on Scope and Conduct o Materials  Research. Washnton, Washnton, DC: Natonal Naton al Acadmy o o  Scncs, 1960. Natonal Acadmy o Scncs.  Physics in Perspective, Volume II, Part A: The Core Washnton, DC: Natonal Nato nal Acadmy o o  Scncs, 1972. 1972 . Subelds o Physics. Washnton, Natonal Acadmy o Scncs. Physics through the 1990s: Condensed Matter Physics.

Washnton, DC: Natonal Acadmy o Scncs, 1986. Natonal Acadmy o Scncs.  Physics: Survey and Outlook. Washnton, DC: Natonal Acadmy o Scncs, 1966. Natonal Acadmy o Scncs. Report o the National National Academy o Sciences, 1953–54. Washnton, DC: Natonal Acadmy o Scncs, 1954. Natonal Acadmy o Scncs. Report o the National National Academy o Sciences, 1957–58. Washnton, DC: Natonal Acadmy o Scncs, 1958. Natonal Acadmy o Scncs.  Research in Solid-State Sciences: Opportunities and

 

258

BIBLIOGRAPHY

 Relevance to National Needs. Washnton, DC: Natonal Acadmy o Scncs,

1968. Natonal Scnc Fondaton. “Th Fst Annal Rpot o th Natonal Scnc Fondaton, 1950–1951. 1950– 1951.”” Washnton, Washnton, DC: Govnmnt Pntn Oc, 1951. N, Ald O. C., and John H. Van Vlck. “John Tonc Tat: 1889–1950.” In 461– 84. WashWash Biographical Memoirs o the National Academy o Sciences, vol. 47, 461–84. nton, DC: Natonal Acadms Pss, 1975. Nobl, Davd F. American by Design . Oxod: Oxod Unvsty Pss, 1977. Ny, May Jo.  Beore Big Science: The Pursuit o Modern Chemistry and Physics, 1800–1940. Cambd, MA: Havad Unvsty Pss, 1999. Ny, May Jo. From Chemical Philosophy to Theoretical Theoretical Chemistry: Dynamics o Matter and Dynamics o Disciplines, 1800–1950. Bkly: Unvsty o Calona Pss, 1993. Ny, May Jo., d. The Modern Physical and Mathematical Sciences . Th Cambd Hstoy o Scnc, vol. 5. Cambd: Cambd Unvsty Pss, 1991. Olsko, Kathyn M.  Physics as a Calling: Discipline and Practice in the Königsberg Seminar or Physics. Ithaca, NY: : Conll n Unvsty 1991. Schools bo Olsko, Kathyn M. “Physcs NY Instcton PssanPss, Sconday 1859.” Osiris 5 (1989), 94–120. Olsn, Lonad O., En C. Cttndn J., and Chals S. Smth J J.. “Ltt to th Edto.” Review o Scientic Instruments 15, no. 4 (1944), 108. Osks, Naom, and Ek M. Conway. Merchants o Doubt: How a Handul o Scientists Obscured the Truth on Issues rom Tobacco Smoke to Global Warming . Nw Yok: Bloomsby Bloo msby Pss, 2010. Osood, Thomas H. “Ltt to th Edto.”  Review o Scientic Instruments 15, no. 4 (1944), 108. Osood, Thomas H. H . “Physcs n 1943. 1943.”” Journal o Applied Physics  15, no. 2 (1944), 89–107. Pa, Thonton. “Th On o th Eath. Eath.”” Physics Today Today 1, no. 6 (1948), 12–24. Pas, Abaham.  Inward Bound: O Matter and For Forces ces in the Physical World . Oxod: Oxod Unvsty Pss, 1988. Pas, Abaham. “Th ‘Physcal Rvw’ Thn and Now.” In The “Physical Review”: The First Hundred Years, dtd by H. Hny Stok, 1–10. Nw Yok: SpnVla, 1995.  Physik der kondensierten Materie Mate rie 1, no. 1 (1963). Pck, Hnz. “Fstköpphysk.” Die Naturwissenschaten 41 (1954), 346–54. Pckn, Andw. Constructing Quarks: A Sociological History o Particle Physics.

Ednbh: Ednbh Unvsty Pss, 1984.

 

BIBLIOGRAPHY

259

Pppad, Ban. “Th Cat and th th  Cam.” Cam.” Physics Today Today 14, no. 11 (1961), 38–41. Pondom, L. “Rpot o th Fxd Tat Poton Acclato Gop.” In  Proceedings o the 1982 DPF Summer Study on Elementary Particle Physics and Future  Facilities, dtd by Rn Donaldson, Rchad Gstason, and Fank Pa, 98–

104. Washnton, Washnton, DC: US Dpatmnt o Eny, Eny, 1983. Pc, Dk J. d Solla.  Little Science, Big Science. Nw Yok: Oxod Unvsty Pss, 1963. Pc, Don K. Government and Science. Nw Yok: Nw Yok Unvsty Pss, 1954. Pocto, Robt N. “‘-Loos,’ “‘-Loos,’ ‘-Ismos,’ ‘-Ismos,’ and ‘-Ikos’: Th Th  Poltcal Iconcty o Dnomnatv Sxs n Scnc (o, Phonsthmc Tnts and Tants n th Conn o Scnc Doman Nams). Na ms).”” Isis 98, no. 2 (2007), 290–309. Radck, Goy. “Psdntal Addss: Expmntn wth th Scntc Past.”  British Journal or the History Histor y o Science 49, no. 2 (2016), 153–72. Raymond, Rchad C. “Ltt to th Edto Edt o..” Physics Today Today 2, no. 3 (1949), 5, 38. Rch, Lonad S. The Making o American Industrial Research: Science and Business at GE and Bell, 1876–1926 . Nw Yok: Yok: Cambd Unvsty Pss, 1985. “Rpot th Natonal 15, Rsach Concl283–328. Connc o Physcsts.”  Review o ScienticoInstruments no. 11 (1944), Rchtmy, Floyd K. “Edtoal.”  Review o Scientic Instruments 1, no. 1 (1930), 1–2. Rd, Robn E. “Alam and Oppotnty: Ematon o Mathmatcans and Physcsts to Btan and an d th Untd Stats, Stats , 1933–1945.” 1933–1945.” Historical Studies in the Physical Sciences 15, no. 1 (1984), 107–76. Rodan, Mchal. “Th Dms o th Spcondctn Sp Colld.”  Physics in  Perspective 2, no. 4 (2000), 411–25. Rodan, Mchal. “A Tal o Two Clts: Bldn th Spcondctn Sp Colld, 1988–1993.” Historical Studies in the Physical and Biological Sciences  32, no. 1 (2001), 125–44. Rodan, Mchal, Lllan Hoddson, and Conys Hn. “Th Invnton o th Tanssto.” Reviews o Modern Mod ern Physics 71, no. 2 (1999), S336–45. Rodan, Mchal, Lllan Hoddson, and Adnn Kolb. Tunnel Visions: The Rise and Fall o the Superconducting Super Collider. Chcao: Unvsty o Chcao Pss, 2015. Rtson, Davd. “Dms o th Txas Spcolld.” N  Nature ature 366 (1993), 607–10. Robts, John D.  Nuclear Magnetic Resonance: Applications to Organic Chemistry . Nw Yok: Yok: McGaw-Hll, 1959. 1 959. Robnson, Howad A. “Th Challn o Indstal Physcs.”  Physics Today Today 1, no. 6 (1948), 4–7.

 

260

BIBLIOGRAPHY

Rosnb, Robt. “Amcan Physcs and th Ons o Elctcal Ennn.”  Physics Today Today 36, no. 10 (1983), 48–54. Rosnld, Léon. “Mn and Idas I das n th t h Hstoy o Atomc Thoy Thoy..” Archive or History o Exact Sciences 7, no. 2 (1971), 69–90. Rowll, John M. “Condnsd Matt Physcs n a Makt Economy.”  Physics Today  45, no. 5 (1992), 40–47. Rowland, Hny A. “Th Hhst Am o th Physcst.” Science 10, no. 258 (1899), 825–33. Rowland, Hny A. “A Pla o P Scnc.” Science 2, no. 29 (1883), 242–50. Roy, Rstm. “Fndn B Scnc.” Physics Today Today 48, no. 9 (1985), 9–10. Rsh, John J. “US Nton Faclty Dvlopmnt n th Last Hal-Cnty: A Catonay Tal.” Physics in Perspective 17, no. 2 (2015), 135–55. Sa, Wllam. “Th Pnmba o Dstd. Dstd.”” New York York Times Magazine, Octob 4, 1987. Schdn, Tom. “Payn o Knowld On Pa at a Tm: Th Atho F n Physcs n Twntth-Cnty Amca.” Historical Studies in the Natural Sciences 39, no. 2 (2009), 219–47. Schmalan, Jö . “Fald Thos o Spcondctvty Jö. Spco ndctvty..” In BCS: 50 Years, dtd by Lon N. Coop and Dmt Fldman, 41–56. Snapo: Wold Wold Scntc, Scntc , 2011. Scha, Mchal. “Glmpss “Gl mpss o Tth, Not Gadts, A Spnos Spno s o Sp-Colld. Sp-Colld.””  Los Angeles Times, Ast 6, 1992. Schwb, Slvan S. “Th Empcst Tmp Rnant: Thotcal Physcs n th Untd Stats, St ats, 1920–1950. 1920–195 0.”” Historical Studies in the Physical and Biological Sciences 17, no. 1 (1986), 55–98. Schwb,, Slvan S. “A Schwb “A Hstocal Hstoc al Pspctv on th th  Rs o o  th Standad Modl.” In The Rise o the Standard Model: A History o Particle Physics rom 1964 to 1979 , dtd by Lllan Lll an Hoddson, La Bown, Mchal Rodan, Ro dan, and Max Dsdn, 645–84. Cambd: Cambd Unvsty Pss, 1997. Schwb, Slvan S. “Physcs, Commnty, and th Css n Physcal Thoy.”  Physics Today 46, no. 11 (1993), 34–40. Schwb, Slvan S. “Th Yon John Clak Slat and th Dvlopmnt o Qantm Chm Chmsty sty..” Historical Studies in the Physical and Biological Sciences 20, no. 2 (1990), 339–406. Sdl, Robt W. “Acclatn Scnc: Th Postwa Tansomaton o th Lawnc Radaton Laboatoy.” Historical Studies in the Physical Sciences  13, no. 3 (1983), 375–400. Sdl, Robt W. “A Hom o B Scnc: Th Atomc Eny Commsson Lab-

 

BIBLIOGRAPHY

261

oatoy Systm.” Historical Studies in the Physical and Biological Sciences   16 (1986), 135–75. Sdl, Robt W. “Th Natonal Laboatos o th Atomc Eny Commsson n th Ealy Cold Wa.” Historical Studies in the Physical and Biological Sciences  32 (2001), 145–62. Sdl, Robt W. “Th Ons o th Lawnc Bkly Laboatoy.” In  Big Science: The Growth o Large Scale Research, dtd by Pt Galson and Bc

Hvly, 21–45. Stanod, CA: Stanod Hvly, Stan od Unvsty Pss, 1992. 1992 . Stz, Fdck. Modern Theory o Solids. Nw Yok: McGaw-Hll, 1940. Stz, Fdck. On the Frontier, My Lie in Science. Nw Yok: Amcan Insttt o Physcs, 1994. Stz, Fdck. “Sold.” Physics Today Today 2, no. 6 (1949), 18–22. Stz, Fdck. “Whth Amcan Physcs?”  Review o Scientic Instruments 16, no. 2 (1945), 39–42. Shapn, Stvn. The Scientic Revolution. Chcao: Unvsty o Chcao Pss, 1996. Report on Project Shwn, Chalms W., and Raymond S.DC: Isnson. Hindsight (Summary) . Washnton, Oc First o thInterim Dcto o Dns R-

sach and Ennn, 1966. Shnbot, Toy. “Edtoal: Toy Shnbot Intodcs Physical Review Applied .” Phys 1, no. 1 (2014), 010001–1. ical Review Applied  1, Shkn, Jol N. Broken Genius: The Rise and Fall Fall o William Shockley, Creator Creator o the Yok: Palav Macmllan, Mac mllan, 2006.  Electronic Age. Nw Yok: Sl, Bnjamn V., and Rchad C. Snnott. “Th El Cto Cycloton.”  Physics Today 1, no. 4 (1948), 1–15. Slat, John C. Intvw by Thomas S. Khn and John H. Van Vlck. Octob 3, 1963. Nls Boh Lbay and Achvs, Coll Pak, MD. https://www.ap.o /hstoy-poams/nls-boh-lbay/oal-hstos/4892–1. Slat, John C. “Qantm Physcs n Amca btwn th Was.”  Physics Today Today 21, no. 1 (1968), 43–53. Slat, John C. “A “A Qantm Thoy o Optcal Phnomna. Ph nomna.”” Physical Review 25, no. 4 (1925), 395–428. Slat, John C. “Th Sold Stat.” Physics Today Today 5, no. 1 (1952), 10–15. Slat, John C. Solid State and Molecular Theory: A Scientic Biography. Nw Yok: Wly, 1975. Slayton, Rbcca. “Dscsv Chocs: Boycottn Sta Was btwn Scnc and Poltcs.” Social Studies o Science 37, no. 1 (2007), 27–66.

 

262

BIBLIOGRAPHY

Sloan, Phllp R. “Molclazn Chcao—1945–1965: Th Rs, Fall, and Rbth o th Unvsty o Chcao Bophyscs Poam.” Historical Studies in the Natural Sciences 44, no. 4 (2014), 364–412. Smth, Cyl Stanly. “Matt vss Matals: A Hstocal Vw.” Science 162, no. 3854 (1968), 637–44. Smth, Cyl Stanly. “Th Phstoy o Sold Stat Physcs.”  Physics Today Today 18, no. 12 (1965), 18–30. Solomon, Ath K. “Physcs and Canc.” Physics Today Today 1, no. 1 (1948), 18–20. Staly, Rchad. “Tajctos n th Hstoy and Hstooaphy o Physcs n th Twntth Cnty.” History o Science 51, no. 2 (2013), 151–78. Stphan, Kal. “Expts at a t Play: Manton Man ton Rsach at Wstnhos, 1930–1934. 1930–1 934.”” Technology and Culture 42, no. 4 (2001), 737–49. Stvns, Hallam. “Fndamntal Physcs and Its Jstcatons, 1945–1993.” Historical Studies in the Physical and Biological Sciences 34, no. 1 (2003), 151–97. Stok, H. Hny, d. The Physical Review: The First Hundred Years. Nw Yok: Spn-Vla, Spn-V la, 1995. Turning Point in Physics.  Nw Yok: Scnc Stw, Ro H. The Compton Eect: Turning Scnc  Hstoy, 1975. Stw,, Ro H. “Ncla Physcsts n a Nw Wold: Stw Wold: Th Émés o th 1930s 1930 s n Amca.” Berichte zur Wissenschatsgeschichte Wissenschats geschichte 7, no. 1 (1984), 23–40. Sllvan, Walt. “Physcs Pz Won o Rsach n Elctoncs.”  New York York Times, Octob 24, 1973. Stton, Rchad M. “Intodctoy Rmaks. Rmaks.”” Review o Scientic Instruments 15, no. 11 (1944), 284–85. Swtnam, Go K. The Command o Light: Rowland’s School o Physics and the Spectrum. Phladlpha: Amcan Phlosophcal Socty, 2000. Tat, John T. “Lt Us Go Fowad. . . .” Journal o Applied Physics 8, no. 1 (1937), 1. Tat, John T., and John H. Van Vlck. “Th Edto’s Colmn.”  Physics  1, no. 1 (1931), 69–74. Tss, P. “Sold-Stat Chmsty n Fanc: Stcts S tcts and Dynamcs Dyna mcs o a Scntc Commnty snc Wold Wa II.” Historical Studies in the Natural Sciences 40, no. 2 (2010), 225–58. Thboda, Shaon Gbbs. “Scnc n th Fdal Govnmnt.” Osiris 1 (1985), 81–96. Tsza, Laszlo. “Hlm, th t h Unly Lqd. Lqd.”” Physics Today Today 1, no. 4 (1948), 4–9. Toby, Ronald C.  American Ideology o National Science, 1919–1930. Pttsbh: Unvsty o Pttsbh Pss, 1971.

 

BIBLIOGRAPHY

263

Tocqvll, Alxs d.  Democracy in America, vol. 2, tanslatd by Hny Rv. Cambd: Sv and Fancs, 1863. https://www.tnb.o/ls/816/816 -h/816-h.htm. Tawk, Shaon.  Beamtimes and Lietimes: The World o High Energy Physicists. Cambd, MA: Havad Unvsty Pss, 1988. Tot, J. D. “Rdctonsm and th Unty o Scnc.” In The Philosophy o Science, dtd by Rchad Boyd, Phlp Gasp, and J. D. Tot, 387–92. Cambd, MA: MIT Pss, 1991. Tn, Mchal. Mcha l. “Aspn Physc P hyscss Tns Tns 50.” Natur  Naturee 486, no. 7403 (2012), 315–17. “2 om U.S. amon 4 Nobl Scnc Wnns.” New York York Times, Octob 12, 1977. “Two Gt Mdals o Mt.” New York York Times, Mach 22, 1944. Van Vlack, Lawnc H.  Elements o Material Science and Engineering . Radn, MA: Addson-Wsly, 1959. Van Vlck, John H. “Amcan Physcs Coms o A.”  Physics Today  17, no. 6 (1964), 21–26. Van Vlck, John H. “A Svy o th Thoy o Fomantsm.”  Reviews o Modern no.H.1 (1945), 27–48. Van Physics Vlck, 17, John The Theory o Electric and Magnetic Susceptibilities.   Oxod: Clandon Pss, 1932. Van Vlck, John H., and Ald O. C. N. “John Tonc Tat: 1889–1950.” In 460– 85. WashWash Biographical Memoirs o the National Academy o Sciences, vol. 47, 460–85. nton, DC: Natonal Acadms Pss, 1975. Vama, Rol. “Chann Rsach Clts n U.S. Indsty.” Science, Technology, and Human Values 25, no. 4 (2000), 395–416. Wan, Jssca.  American Science in an Age o Anxiety: Scientists, Anticommunism, and the Cold War. Chapl Hll: Unvsty o Noth Caolna Pss, 1999. Wann, Goy Goy H. “Th “Th  Statstcal Stat stcal Poblm n Coopatv Phnomna. Phno mna.”” Reviews o Modern Physics 17, no. 1 (1945), 50–60. Wawck, Andw. Masters o Theory: Theor y: Cambridge and the Rise o Mathematical Physics. Chcao: Unvsty o Chcao Pss, 2003. Watall, Wallac. Wallac. Intvw by R. Bc Lndsay Lndsay.. Apl 17, 1964. Nls Boh Lbay L bay and Achvs, Coll Pak, MD. Watall, Wallac, and Elm Htchsson. “Oanzaton o Physcs n Amca.”  Journal o Applied Physics 15, no. 5 (1944), 407–9. Watall, Wallac, and Elm Htchsson. “Rply to Commnts.” Journal o Applied  Physics 15, no. 9 (1944), 649–50. Wa, Dns L., d. Solid State Science: Past, Present and Predicted . Bstol: Adam Hl, 1987.

 

264

BIBLIOGRAPHY

Wat, Spnc R. “Th Bth o o  th Sold-Stat Physcs Commnty Commn ty..” Physics Today Today  41, no. 7 (1988), 38–45. Wat, Spnc R. “Th Physcs Bsnss n Amca, 1919–1940: A Statstcal Rconnassanc.” In The Sciences in the American Context: New Perspectives, dtd by Nathan Rnold, 295–358. Pncton, NJ: Pncton Unvsty Pss, 1979. Wat, Spnc R. The Rise o Nuclear Fear . Cambd, MA: Havad Unvsty Pss, 2012. Wat, Spnc R. Scientists in Power . Cambd, MA: Havad Unvsty Pss, 1979. Wat, Spnc R. “Th Sold Commnty.” In Hoddson t al., Out o the Crystal  Maze, 617–68. Wnb, Alvn M. “Cta o Scntc Choc. Choc.”” Minerva 1, no. 2 (1963), 159–71. Wnb, Alvn M. “Cta o Scntc Choc.”  Physics Today Today 17, no. 3 (1964), 42–48. Wnb, Alvn M. The First Nuclear Era: The Lie and Times o a Technological  Fixer . Nw Yok: Yok: Amcan Insttt o Physcs, 1994. Introduction to General Systems Systems Thinking . Nw Yok: Wly, Wnb nb, , Gald Gal d M. An Introduction 1975.

Wnb, Stvn. “Th Answ to (Almost) Evythn.”  New York Times, Mach 8, 1993. Wnb, Stvn. Dreams o a Final Theory . Nw Yok: Yok: Panthon Books, 1992. Wn, Chals. “A Nw St o th Smna: Th Rs and Amcan Physcs n th 1930s.” In The Intellectual Migration: Europe and America, 1930–1960, dtd by Donald H. Flmn and Bnad Balyn, 190–234.  Cambd, MA: Havad Unvsty Pss, 1969. Wn, Chals. “ Physics Today Today and th Spt o th Fots.”  Physics Today Today 26, no. 5 (1973), 23–28. Wsl, Gay J. “Th Plasma Achplao: Plasma Physcs n th 1960s.”  Physics in  Perspective 19, no. 3 (2017), 183–226. Wsl, Gay J. “Popts and Phnomna: Basc Plasma Physcs and Fson Rsach n Postwa Amca.” Physics in Perspective 10, no. 4 (2008), 396–437. Wsskop, Vcto. “Ncla Stct and Modn Rsach.” Physics Today Today 20, no. 5 (1967), 23–26. Wsskop, Vcto, and Alvn Wnb. “Two Opn Ltts.”  Physics Today 17, no. 6 (1964), 46–47. Wstall, Cathn. “A Dnt Laboatoy Tal: Fty Yas o Mössba Spctoscopy.” Physics in Perspective 8 (2006), 189–213.

 

BIBLIOGRAPHY

265

Wstall, Cathn. “Instttonal “Instttona l Psstnc and th th  Matal Tansomaton Tansomaton o o  th US Natonal Labs: Th Cos Stoy o th Advnt o th Advancd Photon Soc.” Science and Public Policy 39, no. 4 (2012), 439–49. Wstall, Cathn. “Rthnkn B Scnc: Modst, Mzzo, Gand Scnc and th Dvlopmnt o th Bvalac, B valac, 1971–1993.” Isis 94, no. 1 (2003), 30–56. Wstall, Cathn. “Rtooln o th Ft: Lanchn th Advancd Lht Soc at a t Lawnc’s Laboatoy Laboatoy,, 1980–1986. 1980–1986 .” Historical Studies in the Natural Sciences 38, no. 4 (2008), 569–609. Wstwck, Pt J. The National Labs: Science in an American System, 1947–1974. Cambd, MA: Havad Unvsty Pss, 2003. Whwll, Wllam. The Philosophy o the Inductive Sciences, Founded upon Their History, vol. 2. London: John W. Pak, 1840. Whttn, Babaa. “What Physcs Is Fndamntal Physcs? Fmnst Implcatons o Physcsts’ Dbats ov th Spcondctn Spcolld.”  NWSA Journal  8,  8, no. 2 (1996), 1–16. Wn, En P. “On th Mass Dct o Hlm.”  Physical Review   43, no. 4 (1933), 252–57. Wn, En P. The Recollections o Eugene P. Wigner as Told to Andrew Szanton. Nw Yok: Yok: Plnm Pss, 1992. Wn, En P., and Fdck Stz. “On th Consttton o Mtallc Sodm.”  Physical Review  43, no. 10 (1933), 804–10. Wldhack, Wllam A. “Ltt “Lt t to th Edto Edto .” Review o Scientic Sci entic Instruments 15, no. 10 (1944), 271–72. Wlson, Bnjamn. “Th Consltants: Nonlna Optcs and th Socal Wold o Cold Wa Scnc.” Historical Studies in the Natural Sciences 45, no. 5 (2015), 758–804. Ws, Go. “Ionsts n Indsty: Physcal Chmsty at Gnal Elctc, 1900– 1915.” Isis 74, no. 1 (1983), 6–21. Wol, Ada Ada.. Competing with the Soviets: Science, Technology, and the State in Cold War . Baltmo: Johns Hopkns Unvsty Pss, 2013. X, Qaozhn, and La M. Bown. “Th Ealy Hstoy H stoy o Cosmc Ray R ay Rsach.”  American Journal o Physics 55, no. 1 (1987), 23–33. Yan, Chn-Nn, Edwn L. Goldwass, Val Ftch, Alvn M. Wnb, Own Chamblan, Go E. Pak, Mac Goldhab, and Mlton Wht. “Hh-Eny Physcs: Rond-Tabl Dscsson.” Physics Today Today 17, no. 11 (1964), 50–57. “Yanks Swp Scnc Fld o Ths Ya’s Nobl Pzs.”  Chicago Tribune, Octob 19, 1976.

 

266

BIBLIOGRAPHY

Zanwll, Andw. Andw. “Th Edcaton o Walt Kohn and an d th Caton o Dnsty Fnctonal ton al Tho Thoy y..” Archive or History o Exact Sciences 68, no. 6 (2014), 775–848. Zanwll, Andw. “A Hal Cnty o Dnsty Fnctonal Thoy.” Physics Today Today 68, no. 7 (2015), 34–39. Zanwll, Andw. “Hat and Thomas: Th Foaths o Dnsty Fnctonal Thoy.” Archive or History o Exact Sciences 67, no. 3 (2013), 331–48. Zn, Clanc. “Th Fact Stss o Stl. St l.”” Reviews o Modern Physics 17, no. 1 (1945), 20–26.

 

INDEX

ab nto mthods, 89, 126, 224n41 Abaham, Max, 105, 227n7 accdtaton o physcsts, 45–47 Acostcal Socty o Amca, 23–25, 40, 50, 201 acostcs, 7, 36, 39, 106, 152 Advancd Rsach Pojcts Ancy, 121, 124–31, 133, 153, 162, 230n12, 231n29

217n23; pblshn opatons o, 78, 80, 84, 91–93, 96–98, 100, 110, 185, 201, 236n45; svy condctd by, 85; Wa Polcy Commtt o, 213n5 Amcan Phlosophcal Socty, 45, 50, 220n14 Amcan Physcal Socty, concl o, 41–44, 52–53, 56, 61, 65, 68–69, 76– 78, 91–93, 99, 119, 132, 161, 208;

advsoy systm, 26, 133, 153,dal, 159 86, 90–91, 121– A Foc Oc o Scntc Rsach. See Untd Stats A Foc Amcan Assocaton o Physcs Tachs, 40, 217n12 Amcan Chmcal Socty, 50, 59, 78, 225n56, 231n39 Amcan clt: and b scnc, 188, 196–97, 200, 210; plac o physcs wthn, 8–11, 174; p scnc dal as a ol to, 18–20, lvanc o physcs to, 34 Amcan Insttt o Elctcal Enns, 21–22, 107, 217n17 Amcan Insttt o Mchancal Enns, 63–64, 231n39 Amcan Insttt o Physcs, as an altnatv to th Amcan Physcal Socty, 34–37, 39–43; and th Connc o Physcsts, 45, 50–53;

dsposton towad appld200–202; sach, 39–45, 49–54, 65, 74–75, dvsons o, 50, 56–62, 65–69, 73, 76–78, 81, 87, 112, 131–33, 144, 153, 159, 164, 170, 204, 219n5, 220n19, 221n49; domnant plac n Amcan physcs, 33–37, 217n23; as a ol o Amcan pamatsm, 21–24, 31; ondn o, 5, 11–14, 19–20, 196; ntsocty latonshps o, 231n39;  jonals o, 26–27, 26–27, 30, 97–98, 100, 157, 225n56, 235n25, 240nn1–2; mtns o, 20, 38, 41–42, 52, 56, 58–59, 61–62, 64–69, 76–78, 92–93, 99, 103, 138, 161, 170, 179, 217n12, 223n3; mmbshp o, 29, 84, 86, 215nn12–14, 218n29, 222nn1–2, 230n1; psdnts o, 11, 32, 42, 44, 50, 68, 178–79; and th al stat bsnss, 60, 220n15  American Physics Physics Teacher  Teacher , 25

ondn o, 24; mmb socts o, o ,

Amcan Socty o Mtals, 63–64

 

268

INDEX

amophos solds, 15, 62, 64, 156, 195 Andson, Phlp W.: opposton to SSC, 3–4, 10, 182–84, 186–92, 194–95; opposton to dctonsm, 15, 137; 140–52, 206, 233nn37–38; aly adopt o condnsd matt physcs,

Aspn Cnt o Physcs, 163 astophyscs, 191, 223n3, 227n76 Atomc Eny Commsson, 10, 102–4, 112–13, 115, 172, 227n6, 231n24 atomc physcs, 27, 73, 87, 135, 185, 227n76

154, 235n44; and ntllctal mt o sold stat physcs, 159, 160–61, 166; ol n th Aspn Cnt o Physcs 163; compason to Dolas Adams 233n31 applcatons. See appld physcs appld physcs: and dscplnay dalsm, 39–44; aly twntth cnty owth o, 24–28, 30, 33, 35; as xtnsv sach 140; and dal

Badn, John, 147, 158, 224n33, 225n53, 235n29 Bans, R. Bowln, 49 Bay, Dav, 182 Baton, Hny, 45, 59, 80, 92 basc sach: accssblty to sold stat sachs, 148, 159–60, 162–64; dal sppot o, 16, 120–25, 128–33, 136, 142, 144, 172–73,

ndn 175–76, 183–89, 194–95;pots, as th t o sold stat sach, 148; manalzaton o, 5, 13–16, 30, 36, 41, 52, 60, 84, 120, 200–202, 205, 207–8; n matals scnc, 122–23, 125, 127, 129–33; n th mda, 150–52, 154; at th Natonal Mant Laboatoy, 104–107, 109, 111–15, 117; and physcs dcaton, 48–49; as a poblmatc catoy, 7, 20–22, 41, 217n9, 228n11; psntaton n th APS, 65–67, 69–75; ots om basc sach to, 160, 162–68, 229n27, 231n29, 232n14; socts and jonals ddcatd to, 35, 39, 240n2; n son, 23 appld sach. See appld physcs appoxmaton tchnqs, 72, 89, 90, 156–57, 225n45 Aonn Natonal Laboatoy, 197 ARPA. See Advancd Rsach Pojcts

175–78, 187–89, 191–92, 194–95, 185, 233n24; ndstal sppot o, 191–92; nstttonal psntaton o, 40–42, 45, 63, 67, 71, 74–75; at la aclts, 14, 206; and mtally, 106; at th Natonal Mant Laboatoy, 108–11, 113–15; and pdaoy, 49, 128; poplaty o, 84; as a poblmatc catoy, 7, 21, 217n9, 228n11, 240n67; potablty o, 119; latonshp to tchncal otcoms, 167–68, 194–95, 203, 216n3, 228n15, 229n27, 231n29, 232n15, 237n74; and scntc mt, 138 Bll Tlphon Laboatos: achtct o, 231n29; bakp o, 163, 193; mploys o, 119, 174, 215n14, 218n33, 224n33; stablshmnt o, 22; lack o gemü  gemütlichkeit  tlichkeit , 142; mtn hld at, 23; Phlp Andson at, 3, 137, 142–43; psntd at th Con-

Ancy

nc o Physcsts, 32, 46–47, 49–50;

 

269

INDEX

sold stat sach and, 63, 71, 73, 91, 95, 162, 220n28, 232n15; Wllam Shockly at, 57, 84–85 b scnc: xcsss o, 205–7; and dal spndn, 172, 186–89, 191–92; as a hstooaphcal catoy 227n5;

Bckly, Olv E., Bckly, E. , 32, 34, 47–48, 51 Bstn, Elas, 77

lmts o, 16; o sold stat physcs, 102–4, 117 boloy: antdcton n, 233n31; ascnt to pomnnc, 9, 149, 172, 197; contastd wth physcs, 6; molcla, 210; lvanc o physcs o, 49, 165, 179 Btt, Fancs, 102, 105–11, 114–15, 117, 187, 220n26, 227–28nn8–13 BKS thoy. See Boh–Kams–Slat

235n44 Can Insttt o Tchnolo Tchnoloyy, 57, 63, 69, 84, 94 Cavndsh Laboato L aboatoyy, 87, 105, 154, 227n8, 235n44 camcs. See amophos solds chmcal nnn, 71, 88, 89, 126, 130 chmcal physcs, 52, 93–95, 165, 191, 225n56, 226n58

thoy Bloch, Flx, 89, 147, 196 Blombn, Ncolaas, 112, 178–79 Bohlt, Shwood, 178–80, 185 Boh–Kams–Slat thoy, 88–89, 224n41 Boh, Nls. See Boh-Kams-Slat thoy Bond, Jams, 210–11 Bck, Otto, 71 Bt, Goy, 209 Bllon, Lèon, 62, 89, 220n24, 225n45 Bnkman Rpot, Th, 163–67 Bstol, Unvsty o, 157 Bomly Rpot, Th, 159–63 Bookhavn Natonal Laboatoy, 91, 94, 103–4, 197, 235n28 Books, Havy, 94, 96–98, 100, 158–59, 162, 225n53 Bown Unvsty Unvs ty,, 27, 109, 125, 164 Bown, Malcolm, 150, 179

chmsty, and mnc: 144–45, 179; En Wn and, 88–89; n Fanc, 156–57; as a ndamntal  ndamntal scnc, 105–7; ndstal lvanc o, 191; n ndsty, 36; at th Insttt o th Stdy o Mtals, 164–65; and matals scnc, 122–24, 126–27, 130; Nobl Pz o, 150; physcsts’ collaboaton wth, 63, 73, 79, 81, 86, 93–97, 100, 109, 120, 201, 208; n physcs pdaoy, 90; possonal dntty,, 21, 32, 33, 47–49, dntty 47–49 , 51–52, 60–61, 213n3, 214n10, 225n53, 225nn55–56, 226n58, 226n64, 230n20, 231n29; pblcatons, 14, 25, 27, 92–95 Chcao, Unvsty o: aclty o, 22, 159, 123, 164, 186, 217n9, 218n33; as IDL st, 125; nnc on Alvn Wnb, 137–38; pblcatons om, 142

bbbl chambs, 135, 207

Closton, Albt M., 119–20

Calona, Santa Babaa, Unvsty o, 163 Cambd, Unvsty o, 18, 147–48,

 

270

INDEX

Cohn, Moll, 159 Cold Wa: b scnc and, 103; dmands o th, 14–16, 52, 120–22, 172–74, 209, 216n3; nd o, 172, 174, 196, 237n9; Manchasm o, 211; pst o physcs n, 4–5, 7–11, 56, 197, 205,

cystal stct physcs: as a componnt o sold stat physcs, 5, 69, 156; qantm mchancal appoachs to, 55, 62–63, 72, 89; mtally and, 106, 164; tchncal lvanc o, 130–31, 156

210 Colmba Unvsty Unvsty,, 95, 105, 142, 217n15, 218n32 Colmbs, Chstoph, 171 Commtt on th Svy o Matals Scnc and Ennn, 121, 129–33 complxty, 15, 163, 168, 187, 208 Compton ct. See Compton, Ath Holly Compton, Ath Holly, 33, 88, 224n41

DARPA. See Advancd Rsach Pojcts Ancy Daow, Kal Klch: on absntsm at APS mtns, 58; and th abl o th bll and th cat, 45; ndshp wth  John Van Van Vlck, 60, 220n14; 220n14; ovsht o APS dvsons, 42–44, 50, 52, 57, 60–62, 64–66, 68, 75–77, 219n5, 221n31; spons to th pblcaton

Compton, 87, 218n49 compts,Kal, 89, 126, 150, 175, 177, 193, 208 condnsd matt physcs. See sold stat physcs Connc o Physcsts, Natonal Rsach Concl. See Natonal Rsach Concl Conss. See Untd Stats Conss consm clt, 11, 122 Coop, Lon, 147, 158, 235n29 Conll Unvsty Unvsty,, 47, 72, 123, 125, 142, 14 2, 179 COSMAT. See Commtt on th Svy o Matals Scnc and Ennn cosmoloy cosmolo y,, 136, 177, 181, 189, 18 9, 195, 208, 240n67 Cosmos Clb, 24, 217n23 contactals, 208–10 Canb, Lawnc, 186 Cas, Robt Rob t P., P., 103, 197

poblm, 92, 98; vstn possoshps, 218n33 Davsson, Clnton, 22 Dns Advancd Rsach Pojcts Ancy. See Advancd Rsach Pojcts Ancy dnsty nctonal thoy, 163, 226n64, 236n56 Dpatmnt o Dns, 102, 104, 111, 115, 120–21, 123, 127 Dpatmnt o Eny, 10, 172, 175–77, 179, 192 D, Ghad, 63 Dscplns: and accdtaton accdtaton,, 45; bondas o, 5, 13, 33–35, 47–49, 53, 106; comptton amon, 14, 148, 185–87, 191–92; xpmntal, 69, 128–31; omaton o, 7, 31, 55, 78–80, 125, 153–55, 166–68, 213n3; ntacton amon, 17, 91, 95–96, 107, 126, 138, 164, 187, 198;

 

271

INDEX

and possonal dntty, 12, 21, 99–100, 118, 120–21, 200–205, 207, 216n3; psntaton o, 30; nty o, 86 Dvson o Condnsd Matt Physcs, Amcan Physcal Socty, 132, 161

soc o ntnatonal compttvcompttvnss, 174–75, 193–94 Edson, Thomas, 19–20 Enstn, Albt, 9, 147, 209 lctcal nnn: at MIT 108–9, 126–27; ons n physcs, 39, 208;

Dvson o Elcton and Ion Optcs, Amcan Physcal Socty, 43, 52, 60, 67–68, 219n4, 223n3 Dvson o Fld Dynamcs, Amcan Physcal Socty, 161–62 Dvson o Hh Polym Physcs, Amcan Physcal Socty, 52, 56, 67–69, 218n34, 221n49 Dvson o Matals Physcs, Amcan Physcal Socty, 132

ovlap wth physcs, 36, 73, 130, 240n3; plac n physcs pdaoy, 48 lctomantsm, 6–7, 19, 21, 29, 100, 182 lctoncs. See lctcal nnn mnc: dployd dployd n opposton to th SSC, 181, 194; Phlp Andson’s sppot o, 15, 137, 145, 149; oots n condnsd matt phnomna, 206

Dvson o Patcls Physcal Socty,and 144,Flds, 170 Amcan Dvson o Sold Stat Physcs, Amcan Amcan Physcal Socty: ondn o, 13, 39, 53–54, 56, 69, 87; owth o, 75–78; ntaton o acadmc and ndstal sachs wthn, 65, 70–72, 75; mmbshp o, 133, 222n2, 229n31; nam chan, 161–62; patcpaton n Fdaton o Matals Socts, 132;  John Van Van Vlck as cha o, 223n4 Dsslhas, Mldd, 72, 126, 222n63 Dshman, Sal, 57, 219n9 Dtta, Plak, 185

émé physcsts, 30, 86–87 nnn, acclato: acclato: 177; at Bll Laboatos, 24; chmcal, 88; Manhattan Pojct and, 8, 208, 214n10; matals scnc and, 120–24, 126–27, 129–20, 132–33, 231n29; physcs as lod 48–49; possonal dntty o, 21–22; pblcatons, 27; ada and, 216n1; latonshp to physcs, 14, 33, 39, 41–42, 63, 73–74, 96, 106–107, 179, 201–3, 228n11; tann, 105. See also lctcal nnn Enland. See Gat Btan

Eastman-Kodak, 23 conomc lvanc o physcs: dsdan o, 10, 13; hh ny physcsts’ ambvalnc abot, 117, 181; latonshp to p scnc dal, 16, 19–20, 196; ol n sstann pst o physcs, 11, 14, 179, 200;

dal advsoy systm. See advsoy systm, dal dal ndn. See ndn, dal Fmlab. See Natonal Acclato Laboatoy omantsm, 68, 71, 105, 156, 208, 227n8  estkörperphysik  estkörperph ysik, 156, 234n16

 

272

INDEX

Fst Wold Wa, 21 Fltch, Havy, 50, 69 Fly, Pal A., 174, 181, 188, 237n11 ds, 15, 162–63, 186 Foman, Pal, 203, 216n3, 228n15 Fanc, 61–62, 156–57, 234n11, 235n25

Gamow, Go, 83 Gll-Mann, May M ay,, 12, 213n6, 232n12, 232n 12, 241n7 Gnal Elctc: ondn o sach laboatoy, 22; Fdck Stz at, 90, 97; pblcatons o, 142–43; Ro-

Fancs Btt Natonal Mant Laboatoy. See Natonal Mant Laboatoy Fanck, Jams, 165 Fdl, Jacq, 156–57 ndamntal physcs: ndn o, 171, 173–74, 177–78; nstttonal oanzaton to potct, 39, 41–42; matals sach as, 128–29; nat o, 16, 136–40, 142–50, 174, 210, 228n15; dctonsm and, 15, 181, 183–85,

man Smolchowsk at, 13, 39, 56–57, 69 Gmany,, 18–20, 61, 155–57, Gmany 155– 57, 209, 213n3, 213n3 , 235n25 Gbbs, Roswll C., 47–48, 51 lass. See amophos solds Goldsmth, Ald N., 38–39 Godsmt, Saml, 83, 92, 99, 235n28 Gay, Dwht, 152 Gat Btan, 18–19, 21, 87, 157,

187–89, 211;114–18, latonshp to applcatons, 111, 193–95; as a pblc ood, 176–77, 227–28n11; sold stat physcs as, 14, 95, 102, 104–8, 153–54, 158, 164, 166–67, 199, 232n14 ndn, dal: o basc sach, 187; o b scnc, 16, 104, 173, 176, 182, 191–92, 237n9; copld to pactcal oals, 111–13, 117, 120–21, 160, 167, 174–75; o hh ny physcs, 10– 11, 82, 144, 172; ncntvs catd by, 153; nnc on postwa physcs, 35, 52, 149; o matals scnc 14, 129, 131, 133; thoh th Natonal Scnc Fondaton, 102; pots, 11, 116, 137, 189, 204; o socal poams, 103; thtnn o, 14, 103–4, 136, 138 Fqa, Don, 175–76

235n23, 235n25 op o sx, 13, 57–62, 65–69, 76, 86– 87, 93, 219n5 Gnhm Fondaton, 105 Hansn, Wllam Wll am Wbst, Wbst, 33 Hanwll, Gaylod Pobasco: ol n stablshn stabls hn Physcs P hyscs Today Today,, 80, 83; sppot o dscplnay dalsm 36–40, 42, 49–53, 74–75, 217n12; as Unvsty o Pnnsylvana psdnt, 63–64 Havad Unvsty: Edwn Kmbl at, 48; Go Pak at, 226n61; Havy Books at, 94, 96; ntdscplnay laboatoy hostd at, 125; John Slat at, 126; John Van Vlck at, 58, 87, 223n4; Ncolaas Blombn at, 112, 178; Phlp Andson at, 3, 142; Rado Rsach Laboatoy o, 85 Hn, Conys, 95, 224n33, 225n53

 

273

INDEX

Hs boson, 171 hh ny physcs: APS dvson o, 132; as b scnc, 14–16, 102, 104, 114–18, 197, 205–7; comptton btwn sold stat physcs and, 79, 114–18, 135–40, 143–150; dson

possonal psntaton o, 5, 13–14, 16–17, 24, 31, 36–37, 42–52, 54, 195, 199–201, 208; poposd APS dvson o, 62; latonshp wth acadma, 23, 34–37, 41–44, 47, 72, 75, 84–86, 157, 168, 201, 217n41,

o sold stat physcs wthn, 12, 241n7; ndn o, 11, 227n6; hstooaphcal ocs on, 208–10; potntal soc o wold-atn black hols, 214n25; pst o, 4, 159, 200; podctvty clams o 3, 192–96, 202; pblcatons, 161; and th SSC, 170–90, 192–95, 197; vsblty o, 8, 10–11, 82, 112. See also dctonsm Hoddson, Lllan, 10, 172

218n33; ol sstann pst o physcs, 12; oots o sold stat physcs n, 15, 56, 58, 62–67, 69, 72, 74, 96–97, 153, 162, 168, 198; tchnolos dvlopd n, 11, 54, 73, 142–43 Insttt o th Stdy o Mtals, Unvsty o Chcao, 123, 164–65 Insttt o Thotcal Physcs, Copnhan, 88, 224n41 Insttt o Rado R ado Enns, 38–39,

Hos o Rpsntatvs, 3, 175, 179, 184–85, 189, 196 Hll, Albt W., 32, 44 Htchns, Robt Maynad, 137 Htchsson, Elm, 37–39, 217n15 Hxly, Thomas Hny, 21

217n17popty, 172, 192–93 ntllctal ntdscplnaty: ntdscpln aty: n chmcal physcs, 93, 225n56; n matals scnc, 120–22, 124–26, 128, 131, 133, 204; n mtally, 164; pspctvs o amon sold stat physcsts, 95–97; 95–97; as a val, 56, 240nn2–3 Intdscplnay Intdscpln ay Laboatos, 121, 125– 26, 128–31, 162, 231n29 ntatd ccts, 11, 163

IBM, 132, 14–43, 147, 193, 231n29 Illnos, Unvsty o, 90–91, 126, 142 ndsty: basc sach n, 119, 143; Btsh, 19, 214–15n4; condnsd matt physcs dstancs tsl om, 165, 167–68; Gman, 19, 214–15n4; owth o physcs n, 19–22, 30, 35, 69, 92, 152, 173, 215n12, 224n29; laboatos, 22, 100, 163, 193–94, 197, 205, 231n29, 232n15; manalzaton o, 19, 21, 24, 28–29; phamactcal, 150; and physcs pdaoy, 48–49, 148, 159, 191; and physcs pblshn, 26–27, 142, 221n36;

 International Journal o the Physics and Chemistry o Solids, 97–98

Intnatonal Unon o P and Appld Physcs, 78  Jams Fanck Insttt, Insttt, 164–65  Johns Hopkns Unvsty Unvsty,, 20, 225n56  Journal o Applied Applied Physics: dtoal dcton o, 201, 221n36; dtoals and ltts n, 37–39, 43, 65–66;

 

274

INDEX

 Journal o Applied Applied Physics (cont.): dtos

o, 37, 217n15; pblcatons o th Natonal Mant Laboatoy n 113, 228n22; namd om Physics, 27  Journal o Chemical Chemical Physics, 25, 92, 201–2, 225n25  Journal o Rheology, 25, 30, 201  Journal o the Acoustical Acoustical Society o AmerAmerica, 25, 201  Journal o the Optical Society Society o America, 

25, 201  jonals. See pblshn Kadano, Lo, 164–65, 186 Katch, Davd A., 80–81 Klly,, Mvn, 49–50 Klly Kmbl, Edwn,J.,48–49, 126, 230n16 Kvls, Danl 32–34,87, 196–97, 216n3 Kncad, John F., 126–28 Kttl, Chals, 72–73, 143, 225n53 Klppa, Ol, 165 Klppn, Danl, 205 Kohn, Walt, 94, 96, 154, 162–63, 226n64 Kolm, Hny, 113–14, 229n36 Kams, Hnk, 88 Kmhansl, Jams, 123, 179, 191 Laboatoy o Inslaton Rsach, 127, 230n20 La Hadon Colld, 171, 214n25 lass, 11, 177–78, 196, 236n45 Lawnc Bkly Laboatoy, 81, 143, 207, 214n11 Lax, Bnjamn, 104, 109–14, 117, 160, 173, 229n36 Ldman, Lon, 170, 174, 176–78, 182, 184, 202

lvls o physcal oanzaton, 15, 139, 144–49, 181, 186–87, 208, 233n31 Lncoln Laboatoy, 109, 126, 143 lna modl o nnovaton, 167, 231n29, 237n74 lqd hlm, 15, 81, 162, 179 lqds, 152, 154–56, 160, 196 Lvnston, M. Stanly, 136 Los Alamos, 112, 209 low tmpats, 6, 108, 147, 164 mantc sonanc man, 167, 175, 178–79 mantsm, 28, 60, 102, 105, 113, 164, 166 mants, 11, 127, 167, 177, 178–79 Manhattan Pojct: Alvn Wnb’s mploymnt wth, 138; assocatons btwn basc sach and, 120, 214n10; Bn Pot’s mploymnt wth, 27; as nnn ndavo, 8–10, 208–9; nstttonal lacy o, 164; sccy aond, 32, 35 Mansld Amndmnts, 115, 120 many-body physcs, 160–61 Massachstts Insttt o Tchnoloy: aclty o, 72–73, 83, 86–87, 89, 105, 139, 228n13, 240n3; laboatos o, 14, 23, 85, 107–118, 125–26, 143; sold stat thoy cos, 72; stdnts o, 86, 222n63 Matals Advsoy Boad, 122–24. See also Natonal Rsach Concl  Materials and Man’s Needs Needs. See Commtt on th Svy o Matals Scnc and Ennn Matals Rsach Cnts. See Intdscplnay Laboatos

 

275

INDEX

Matals Rsach Socty, 167–79 matals sach. See matals scnc matals scnc: APS dvson o, 132; ARPA sppot o, 124–29; as a dscplnay catoy, 56, 120–24, 129–24, 153–54, 166, 197, 203; ndn o,

Natonal Ba o Standads, 52, 61, 215n14 natonal dns, 10, 22, 120, 123, 125, 174–75 Natonal Insttts o Halth, 111, 188 Natonal Mant Laboatoy: as b sc-

14; pactcal objctvs o, 132, 160, 168; not scnc, 129; tann n, 124 mchancs, 7, 28, 44, 166 mascnc, 188, 194, 200, 206, 209 Mtallcal Laboatoy, Unvsty o Chcao, 164 mtally: collaboaton wth, 58, 63–64, 90, 164–65; Fancs Btt’s vson o, 102–9, 220n26, 228n13; matals scnc and, 120, 122–23, 126, 130;

nc, 14, 102–104, 112, 115, 197, 200; ondn o, 107–10; ndn o, 104, 108, 110–15, 117–18, 173; sach condctd at, 108–111, 113–14 Natonal Rsach Concl: Connc o Physcsts, 32, 45–51, 80; Sold Stat Scncs Panl, 110; svy o ndstal laboatos, 63; svys o sold stat and condnsd matt physcs,

latonshp to physcs, 51, tachn 60–61, 73, 96, 208, 214n10, 230n20; o, 48 Mchan Stat Unvsty, 35, 217n10 Mody, Cys C. M., 94, 126 “Mo Is Dnt,” 15, 143–150, 152, 160, 187, 188, 194 Mott, Nvll, 90, 143, 150, 157 mons, 7, 155 Mskat, Mos, 36, 217n9

157, 159, 160–62, 165, 167, 193. See also Matals Advsoy Boad; Natonal Acadmy o Scncs Natonal Scnc Fondaton: stablshmnt, 102; sppot o APS jonals, 91–92, 98–99; sppot o condnsd matt physcs, 192; sppot o hh ny physcs, 104, 188, 227n6; sppot o matals scnc, 133; sppot o Natonal Mant Laboatoy, 110–12, 114 natonal scty. See natonal dns Natonal Synchoton Lht Soc, 103, 197 nw b scnc, 103, 196–98  New York York Times, 150, 179, 184, 216n1 Nobl Pz: Bton Rcht, 154; Clnton Davsson, 22; Isdo Isaac Rab, R ab, 23; Jams Fanck, 165; John Badn, 224n33; John Van Vlck, 150; Lon Ldman, 170; Nvll Mott,

Natonal Acadmy o Scncs: boaphcal mmos o, 26; mmbshp n, 110, 143, 232–33n22; polcy advc o, 121; pots, 129–30, 153, 157. See also Natonal Rsach Concl Natonal Acclato Laboatoy: contbtons o, 178–79; ndn o, 104, 112, 185; hstos o, 207; jstcatons o 115, 117; mmbs o n obt, 176; opposton to, 112, 173; Tvaton, 171

150; Ncolaas Blombn, 178;

 

276

INDEX

Nobl Pz (cont.): Phlp Andson, 143, 150, 183; Stvn Wnb, 182; Walt Kohn, 226n64 Nobl, Davd F., 21, 215n5 noncystaln solds. See amophos solds

pdaoy, 32, 35, 72, 109, 126, pdaoy, 126 , 199, 207 Pam, Go, 44, 91, 221n43 Pnnsylvana, Unvsty o, 36, 63–64, 125 Pamon Pss, 97  Philosophical Magazine Magazine, 26

Nothwstn Unvsty, 56, 125, 185 ncla ams ac, 9, 232n3 ncla mantc sonanc, 11, 94, 145, 178, 226n61, 226n64 ncla physcs: APS dvson, 132, 229n31; as a dscpln, 55; ndn o, 102, 192; ovlap wth hh ny physcs, 10–11, 135–36, 177; poltcal nnc o, 4, 8–10, 143, 176, 205; and poplaton owth, 30;

physcal chmsty. See chmcal physcs, 93, 164, 225n56  Physical Review: ablty to ad cov-tocov, 24–27; dtoshp, 83, 92; as ashp jonal, 24; owth o, 79–80, 86, 201–2; naown o ocs, 13, 26–27; potablty o, 91–92; pblcaton dlays, 78, 97, 99; pblcatons n, 110, 113, 221n36; sold stat physcsts consd abandonn, 79,

pst 207–10; pblcatons,o,26,81–84, 79, 93,200, 227n76; sach n 88; and ndsa saxophon, 182 ncla wapons, 32, 34, 52, 112

93–94; 240n2 sbdvson o, 142, 155, 200,  Physical Review Applied  Applied , 200, 202, 240n2  Physics. S Journal o Applied Applied Physics  Physics Today Today: atcls n, 58, 87, 137, 139, 152, 179, 228n11; as a dscsson om, 36, 80–84; ondn  ondn o, 51, 204; dscssons o nty n, 185–87  Physik der kondensierten kondensierten Materie, 155, 159  physique du solide solide, 155–57, 235n23 Pck, Hnz, 156 Pns, Davd, 158, 163 Pppad, Ban, 147–48, 158, 168 plasma physcs, 8, 159, 191, 240n67 Pot, Bnad H., 27–30 pst: o th APS, 77–78; dscssd at th Connc o Physcsts, 47–48; lt o n postwa physcs, 39, 148–49, 172; o hh ny physcs, 4; nt-

Oak Rd Natonal Laboatoy, 27, 103, 137–38, 197 Oc o Naval Rsach, 102, 121 Oppnhm, J. Robt, 9, 81, 209 Optcal Socty o Amca, 23, 25, 40, 201 optcs, 7, 39, 49, 108, 155, 166, 227n76 Osood, Thomas H., 35, 40 Pas, Abaham, 24–25, 207 Pak Rpot, Th, 157–59, 162, 166, 235n30 Pak, Go E., 94, 158 Panosky, Wolan, 115, 135 patcl physcs. See hh ny physcs Pasto, John O., 115–17, 173 Pal, Wolan, 12, 147, 241n7

natonal, 104; mantnanc o, 7–10;

 

277

INDEX

sold stat physcs compts o, 73, 150–51, 159–61, 165, 168, 187, 189–90, 194, 204–5 Pncton Unvsty, 4, 27, 86–87, 89, 143 podctvty podct vty clams, 192–96

as a hstooaphcal catoy, 6, 196;  John Slat’s contbtons contbtons to, 87–89; 87–89;  John Van Van Vlck’s contbtons contbtons to, 60, 71; as a phnomnolocal catoy, 7; n th Physical Review, 26–27, 201; o solds, 72, 102, 104, 146; as a soc

possonal dntty: and appld sach, 27, 36, 45, 54–56, 74, 207; as concvd n dnt banchs o physcs, 4–5, 81; o nnn, 21; mpact o APS dvsons on, 65; o physcs as a whol, 7, 10, 12, 19, 31–32, 44, 54–56, 121, 134, 137, 193, 199, 210; o sold stat physcs, 9, 14, 78–79, 99, 118, 120, 129, 133, 151–52, 158, 196, 202, 204, 241n7

o concptal nty, 55–56, 204 qantm thoy t hoy,, 48, 62, 126

Pojct Hndsht, 120Insttt o Physpblshn: Amcan cs opatons, 24–27, 30, 50–51; Amcan Physcal Socty opatons, 25–27, 41, 43; and condnsd matt physcs, 155–57; pa chas, 225n49; popla, 184–85; poblms, 14, 76–101, 131, 209; otlts o, 13, 24–27, 200–202, 221n36, 223n9, 225n55 p scnc: Amcan Physcal Socty as a havn o, 12, 20, 59–61, 67; as a catoy, 7, 227–28n11; as an dal, 5, 12–14, 16–17, 18–31, 33, 35, 76, 104, 117, 132, 134, 135, 154, 165, 170, 173, 198–204; and physcs pdaoy, 63; latonshp to appld physcs, 5, 40–42, 84, 148; nty and, 69–70

Rad, Thomas A., 57 ctq o, dctonsm: dctonsm : mnst 239n43; mpotanc to hh ny physcs, 135–36, 140, 170, 173, 181– 85, 197, 202, 205, 211; latonshp to spn-o clams, 177–78; sold stat physcsts’ objctons to, 15, 136–37, 144–45, 148–50, 185–89, 206–7, 233n31; sd to jsty th SSC, 3 Rsach Laboatoy o Elctoncs, 127  Review o Scientic Instruments, 25, 36–37, 201, 228n22  Reviews o Modern Physics Physics, 25 Rcht, Bton, 154, 182, 192 Rchtmy, Floyd K., 25 Robnson, Howad A., 84 Rowland, Hny Asts: as an advocat o p scnc, 12, 19–21, 26, 35, 41, 154, 170, 198–200, 204, 210, 215n7; on th stdy o matt, 11 Roy, Rstm, 167, 179

qantm mchancs: o complx matt, 15, 94–96, 160, 163–64, 166, 168, 232n14; o lmntay patcls, 185;

Rab, Isdo Isaac, 7, 23, 131 Radaton Rada ton Laboato Laboatoy y,, MIT, MIT, 23, 85, 109. 10 9. See also Massachstts Insttt o Tchnoloy Rado Rsach Laboatoy, Havad Unvsty, 85. See also Havad Unvsty

 

278

INDEX

Santa F Insttt, 163, 236n58 Sawy, Ralph A., 49, 218n44 Schmutzphysik, 12, 211, 241n7 Sch, J. Robt, 147, 158, 235n29 Schwtts, Roy Roy,, 177–78 scnc polcy, 4, 9–11, 113, 130, 130 , 184,

ladn sold stat physcst, 225n53; pspctv on th hstoy o sold stat physcs, 166 Slcht, Chals, 143 small scnc, 178, 188–89, 206 Smth, Cyl Stanly, 123, 130, 164

198, 206 Scond Wold Wa, 9, 31, 35, 56, 62, 196, 208–9 Stz, Fdck: Fdck: as copoat shll, 220n21; cospondnc wth Gaylod Hanwll, 80; dcaton, 224n33; mmb o APS concl, 77–78; mmb o th op o sx, 57, 61–62, 64, 67; mmb o Matals Advsoy Boad, 123; psdncy

Smolchowsk, Roman: aval n Untd Stats, 56; cospondnc wth Bn jamn Lax, 110; cospondnc cospondnc wth wth Fdck Stz, 86; ots to stablsh th Dvson o Sold Stat Physcs, 13, 39, 56–58, 60–67, 69, 219n9, 221n31; mmb o Pak Rpot commtt, 158–59; vson o Amcan physcs, 39, 58, 63–65, 122, 153, 164 Smoot, Go, 177–78

o Natonal o Scncs, 157; and thAcadmy pblcaton poblm, 85–91, 92–98, 100; txtbook athoshp, 72–73, 222n60; vws on APS dvsons, 41–42; vws on postwa psonnl shota, 84–85 smcondctos, 11, 94–95, 150, 163, 177–78 Shockly, Wllam, Wllam, 57, 5 7, 84, 86, 94, 94 , 142, 225n53 Sl, Sdny Sdn y, 57, 63, 221n43 221 n43 SLAC. See Stanod Lna Acclato Slat, John Clak: abstact appoach to physcs, 72; advso o Wllam Shockly, 86; applcatons o th Wn– Stz mthod, 90; calclatonal appoach to physcs, 89; conct wth Nls Boh, 88, 244n41; aly ca, 87; nvolvmnt wth MIT’s ntdscplnay laboatoy, 126–128; nvolvmnt nvolv mnt wth th Natonal Mant

Socty o Rholoy, sold stat lctoncs,24130, 150 sold stat physcs: dnton o, 5–7; dvsty o, 6, 8, 11, 16, 73, 90, 95–96, 187; owth o, 7, 11, 14, 16, 76–79, 92–93, 229n31; stablshmnt o, 56–70; and dntty o Amcan physcs, 4–12, 19, 31, 54–56, 99, 121, 134, 137, 193, 199, 202; as a nam, 15, 62–65, 73, 152–54; as opposd to condnsd matt physcs, 154–69; latonshp to ncla and hh ny physcs, 8–10, 55, 81–84, 93, 132, 136, 143, 176–77, 192, 200, 205–10; sls dctd at, 12, 211, 241n7; as an nsal catoy, 7, 13, 29–31, 70, 152–53. See also  applcatons Sovt Unon, 124, 172, 174, 221n36, 232n3 spn-os, 15, 174–82, 185, 187, 193, 202

Laboatoy 107, 109; namd as a

“sqald stat physcs,” 12, 241n7

 

INDEX

279

Stanod Lna Acclato, 104, 115, 135, 207 Stanod Unvsty Unvsty,, 33, 86, 126, 142, 218n33 Star Wars, 16 sto qpmnt, 11, 208

Untd Stats Conss: and NAL ndn, 104; physcsts’ tstmony bo, 111–12, 115, 135, 171–74, 176, 179, 181, 184–86; and SSC ndn, 3, 171–192 Untd Stats Dpatmnt o Dns. See

Statc Dns Intatv Intatv, , 175–76 Spcondctn Sp Colld, 3–5, 8–10, 15–16, 170–98, 202, 205–6, 239n43 spcondctvty: spcondc tvty: ndstal ss, 11; as consttnt ld o sold stat physcs, 110, 164, 167, 235n29, 236n48; ncoctnss o thos o, 147; Nobl Pz o, 150, 158; and mants, 175, 177–79

Dpatmnt o Dns Untd Stats Dpatmnt o Eny. See Dpatmnt o Eny Untd Stats Navy Navy.. See Oc o Naval Rsach nty: dvsons as a that to, 13, 42, 65, 86; as jstcaton o th SSC, 185– 87; poltcal, 35, 37–38, 40, 56, 70, 73–75; ntllctal, 55–56, 70; Physics Today as catalyst or, 80–82, 84; and

spd spdty ty,, 6, 156, 158, 162 Stton, Rchad M., 46 synchoton adaton, 103–4, 198 Szlad, Lo, 88, 209

dctonsm, 233n37–38, 239n58 Unvsty o Bstol. See Bstol, Unvsty o  Unvsty o Calona, Santa Babaa. See Calona, Santa Babaa, Unvsty o  Unvsty o Cambd. See Cambd, Unvsty o  Unvsty o Chcao. See Chcao, Unvsty o  Unvsty o Illnos. See Illnos, Unvsty o  Unvsty o Pnnsylvana. See Pnnsylvana, Unvsty o 

Tat, John Tonc, 26–27, 51, 79, 91–92 tachn. See pdaoy tchnolocal applcatons. See applcatons txtbooks, 72–73, 90, 124, 136, 227n7 txtls, 24, 85, 218n34 thmodynamcs, 6–7, 19, 21, 44, 105 Tocqvll, Alxs d, 18–19 Towns, Chals, Chal s, 145, 158–59 158–5 9 tann. See pdaoy tanssto, 11, 54, 72–73, 142–43, 167, 222n64, 232n17 Tvlpc, Alvn, A lvn, 175–76 175–7 6 Untd Stats A Foc, 108, 110–11, 115, 117, 123

Van Vlack, Vla ck, Lawnc, 124 Van Vlck, John Hasbook: dcaton, 87, 126; xtnson o Wn-Stz mthod, 90; mpssons o Physical  Review, 26; mpssons o Physics Today, 83; as ladn sold stat physcst, 225n53; Nobl Pz, 142–43,

 

280

INDEX

Van Vlck, John Hasbook: Nobl Pz (cont.), 150; opposton to APS dvsons, 58–63, 65–67, 74–75, 77–78, 80, 88, 204, 219–20nn11–19, 223n4; wok on xchan ntacton 71; wok on mantsm, 96

Wstall, Cathn, 10, 103, 197 Wstnhos Elctc Copoaton, 57, 105, 142–43, 191, 221n28, 227n8 Whwll, Wllam, 30, 33 Wn–Stz mthod, 89, 225n45 Wn, En, 87–90, 219–20n14,

Vtnam Wa, 103, 110–13, 133

220n19, 224n33 Wlson, Robt, 115–17, 173, 177 Wold Wa I. See Fst Wold Wa Wold Wa II. See Scond Wold Wa

Wat atall, all, Wallac, Wallac, 24, 2 4, 37–39, 217n15 2 17n15 Wat, Spnc, 55, 95, 154 Wnb, Alvn, A lvn, 137–140, 137–140 , 144–45, 147–150 Wnb cton, 138–40, 145, 149, 184–85, 187 Wnb, Stvn, St vn, 151, 171, 173, 173 , 178–79, 182–85, 187, 202 Wsskop sskop, , Vcto, 139–40, 144, 14 4, 183, 232n12

X-ay dacton, 103, 166  Zeitschrit ür Physik Physik, 155, 234n14

Zn, Clanc, 71

View more...

Comments

Copyright ©2017 KUPDF Inc.
SUPPORT KUPDF