8179111 Binaural Beats Complete With ALL Info About Each Brainstate and Links to Programs and Cracks

Binaural Beats Video Presentation http://www.youtube.com/watch?v=OX7QsXAvyhs

Introduction

What Are Binaural Beats?

Binaural beats are auditory brainstem responses which oriinate in the superior olivary nucleus o! each hemisphere. "hey result !rom the interaction o! two di!!erent auditory impulses# oriinatin in opposite ears# below $%%% &' and which di!!er in !re(uency between one and )% &' *Oster# $+7),.-or eample# i! a pure tone o! %% &' is presented to the riht ear and a pure tone o! $% &' is presented simultaneously to the le!t ear# an amplitude modulated standin wave o! $% &'# the di!!erence between the two tones# is eperienced as the two wave !orms mesh in and out o! phase within the superior olivary nuclei. "his binaural beat is not heard in the ordinary sense o! the word *the human rane o! hearin is !rom 0%10%#%%% &',. 2t is perceived as an auditory beat and theoretically can be used to entrain speci!ic neural rhythms throuh the !re(uency1!ollowin response *--3,11the tendency !or cortical potentials to entrain to or resonate at the !re(uency o! an eternal stimulus. "hus# it is theoretically possible to utili'e a speci!ic binaural1beat !re(uency as a consciousness manaement techni(ue to entrain a speci!ic cortical rhythm.

The "frequency-following response" effect. "he binaural1beat appears to be associated with an electroencephaloraphic *445, !re(uency1!ollowin response in the brain*),. 6any studies have demonstrated the presence o! a !re(uency1!ollowin response to auditory stimuli# recorded at the verte o! the human brain *top o! the head,. "his 445 activity was termed !re(uency1!ollowin response because its period corresponds to the !undamental !re(uency o! the stimulus *8mith# 6arsh# 9 Brown# $+7,. Binaural1beat stimulation appears to encourae access to altered states o! consciousness.

Various ses !f Audio With #$edded Binaural Beats ;ses o! audio with embedded binaural beats that are mied with music or various pin< or bacs electromanetic environment throuh induction# or throuh resonant entrainment techni(ues.

The &isco'ery !f Binaural Beats Binaural beats were discovered in $)+ by a 5erman eperimenter# &. @. ove. "he human ability to hear binaural beats appears to be the result o! evolutionary

The "frequency-following response" effect. "he binaural1beat appears to be associated with an electroencephaloraphic *445, !re(uency1!ollowin response in the brain*),. 6any studies have demonstrated the presence o! a !re(uency1!ollowin response to auditory stimuli# recorded at the verte o! the human brain *top o! the head,. "his 445 activity was termed !re(uency1!ollowin response because its period corresponds to the !undamental !re(uency o! the stimulus *8mith# 6arsh# 9 Brown# $+7,. Binaural1beat stimulation appears to encourae access to altered states o! consciousness.

Various ses !f Audio With #$edded Binaural Beats ;ses o! audio with embedded binaural beats that are mied with music or various pin< or bacs electromanetic environment throuh induction# or throuh resonant entrainment techni(ues.

The &isco'ery !f Binaural Beats Binaural beats were discovered in $)+ by a 5erman eperimenter# &. @. ove. "he human ability to hear binaural beats appears to be the result o! evolutionary

adaptation. 6any evolved species can detect binaural beats because o! their brain structure. "he !re(uencies at which binaural beats can be detected chane dependin upon the si'e o! the species> cranium. 2n the human# binaural beats can be detected when carrier waves are below approimately $%%% &' *Oster# $+7),. Below $%%% &' the wave lenth o! the sinal is loner than the diameter o! the human st release enouh !or you to s