The library is a practical, organized, searchable encyclopedia of what and how brain-training changes lives in the real world written over a quarter-century by Peter Van Deusen, the founder of the Whole-Brain training system.
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Binaural Beats Binaural beats are the result of hearing two different signals entering each ear separately but at the same time. This causes harmonics we hear as beats. The brain as a whole responds to them and often moves in the direction of the beat frequency. The beat rate is the difference between two separate tones, one entering one ear and the other the other ear. Sending a 300 Hz signal into one ear and 310 Hz into the other, […]
Binaural Beats Binaural beats are the result of hearing two different signals entering each ear separately but at the same time. This causes harmonics we hear as beats. The brain as a whole responds to them and often moves in the direction of the beat frequency. The beat rate is the difference between two separate tones, one entering one ear and the other the other ear. Sending a 300 Hz signal into one ear and 310 Hz into the other, […]
Binaural Beats Binaural beats are the result of hearing two different signals entering each ear separately but at the same time. This causes harmonics we hear as beats. The brain as a whole responds to them and often moves in the direction of the beat frequency. The beat rate is the difference between two separate tones, one entering one ear and the other the other ear. Sending a 300 Hz signal into one ear and 310 Hz into the other, […]
Binaural Beats Binaural beats are the result of hearing two different signals entering each ear separately but at the same time. This causes harmonics we hear as beats. The brain as a whole responds to them and often moves in the direction of the beat frequency. The beat rate is the difference between two separate tones, one entering one ear and the other the other ear. Sending a 300 Hz signal into one ear and 310 Hz into the other, […]
Binaural Beats Binaural beats are the result of hearing two different signals entering each ear separately but at the same time. This causes harmonics we hear as beats. The brain as a whole responds to them and often moves in the direction of the beat frequency. The beat rate is the difference between two separate tones, one entering one ear and the other the other ear. Sending a 300 Hz signal into one ear and 310 Hz into the other, […]
Binaural Beats Binaural beats are the result of hearing two different signals entering each ear separately but at the same time. This causes harmonics we hear as beats. The brain as a whole responds to them and often moves in the direction of the beat frequency. The beat rate is the difference between two separate tones, one entering one ear and the other the other ear. Sending a 300 Hz signal into one ear and 310 Hz into the other, […]
Binaural Beats Binaural beats are the result of hearing two different signals entering each ear separately but at the same time. This causes harmonics we hear as beats. The brain as a whole responds to them and often moves in the direction of the beat frequency. The beat rate is the difference between two separate tones, one entering one ear and the other the other ear. Sending a 300 Hz signal into one ear and 310 Hz into the other, […]
Binaural Beats Binaural beats are the result of hearing two different signals entering each ear separately but at the same time. This causes harmonics we hear as beats. The brain as a whole responds to them and often moves in the direction of the beat frequency. The beat rate is the difference between two separate tones, one entering one ear and the other the other ear. Sending a 300 Hz signal into one ear and 310 Hz into the other, […]
Binaural Beats Binaural beats are the result of hearing two different signals entering each ear separately but at the same time. This causes harmonics we hear as beats. The brain as a whole responds to them and often moves in the direction of the beat frequency. The beat rate is the difference between two separate tones, one entering one ear and the other the other ear. Sending a 300 Hz signal into one ear and 310 Hz into the other, […]