![]() You ‘hear’ a tone which is not really there, because your brain makes up the ‘vibrating’ rhythm you hear.Īs a consequence of this, the resulting tone is much quieter compared to an isochronic tone. You have to listen with headphones for this one. This tone is produced because of the interference between the two tones.Ĭompare the previous recording of the isochronic tone with this recording of a binaural beat: For example, if we put a tone of 100 hz into one ear, and a tone of 104 hz into the other, the brain will percieve a third tone of 4 Hz. While the goals can be the same in the two technologies, there is a difference in the actual technology, as well as in the results.īinaural beats do not produce a single “on and off” tone like with isochronic tones, rather the binaural beat is produced from ‘feeding’ each of your ears with a different tone. Isochronic tones are a form of neural entrainment similar to that of binaural beats.īinaural Beats & isochronic tones: differenceįor clarity’s sake, I want to add a few words about the difference between binaural beats and isochronic tones. Listen here for an example (no headphones are required to hear the isochronic tone – he same tone is fed into each ear): The pitch (how high or low every pulse is) doesn’t influence this frequency. 7 hz means there are 7 of these tones per second.) The amount of pulses per second is the frequency. And in between every pulse there is silence. Simply said, an isochronic tone is a single tone turned on and off very quickly. 4 Isochronic tones benefits – why use them?. ![]() 2 Binaural Beats & isochronic tones: difference. ![]()
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