Highlighted name: Robert “Bob” Monroe. A mention does not establish authorship. Back to profile →
Markdown lines 49–78 · Part 1 of 1
Binaural Beats
(Transcript)
NOTE: This is a raw transcript – it is exactly as created by otter.ai.
Bob Monroe 00:04
These frequency following responses being able to affect the human brain and the way the
human brain and human consciousness acts or reacts, we found that if we were able to, in turn
induce one signal in one ear and another in the other ear, and the difference is the signal we were
looking for. This is not something original with us. It's something that's been known for a long time. But
we merely applied our frequency following response technique to this one is called binaural beat. And
that beat frequency, the difference between one signal and the other, as applied individually in each
ear, let the human brain synthesize that third signal. For example, if Well, let me show you how that's
done. It's very simple. I'll turn here for example. And as I turn here, I will push this up and that creates
one signal. Now, that being say, the signal that we would put in the left ear, I then push and introduce
the second signal. And you will notice that there is a wavering in the signal that you hear that wavering
is our ability to get down to the low frequency of the human brain signals the human electrical signals in
the brain. This low frequency signal that wavering the to hear is the one that gets into the brain. Now, if
we take input one of those signals in one year, and the other in the other ear, then that wavering is not
heard in either here, but the human brain synthesizes that signal. Therefore, in order to do this, both the
left and right hemispheres of the brain must synchronize, they must act in unison, to produce that third
signal to hear it, as it were, although they the human brain never really hears it, but it does create the
electrical signal. And in doing so, because they are in synchronization, the Synchronize signal is on the
order of maybe three to 10 times higher in amplitude than the typical brain synchronized signal and
there are many synchronized waveforms always at work within the brain, but this enhances one
particular frequency and one that are set of frequencies to a degree, as I say, very far beyond the
typical brain synchronous