From the trance-inducing sounds of drum beats in tribal shamanic cultures to the repetitive chanting of Tibetan monks, rhythmical sound has extremely powerful healing benefits.
Put simply, binaural beats are a form of rhythmic and repetitive sound frequencies which put you into a meditative state easily. It was a physicist named Heinrich Wilhelm Dove who discovered the way binaural beats work in 1839.
When the binaural beat sounds enter your ears they produce something in your brain called “brainwave entrainment.”
If you’re the type of person who likes the nitty gritty details of how something works, read this section. BUT if you’re not, skip to the next section. In any case, binaural beats are quite fascinating.
Why?
Binaural beats work by sending two different frequencies to each of our ears. When hearing these two frequencies simultaneously, our brains create a third ‘phantom’ tone out of the mathematical difference.
Here’s an example:
If a 310 hertz sound frequency is sent to one ear, and a 315 hertz frequency is sent to the other ear, your brain will process these sounds in a way that results in hearing one 5 hertz frequency. Your brainwaves will then synchronize to this 5 hertz sound frequency.
Another example:
If you listen to 410 hertz in one ear and 400 hertz in the other, your brain will interpret these two simultaneous frequencies as 10 hertz, and your brainwaves will adjust to this new frequency.....<<<Read More>>>....
Put simply, binaural beats are a form of rhythmic and repetitive sound frequencies which put you into a meditative state easily. It was a physicist named Heinrich Wilhelm Dove who discovered the way binaural beats work in 1839.
When the binaural beat sounds enter your ears they produce something in your brain called “brainwave entrainment.”
If you’re the type of person who likes the nitty gritty details of how something works, read this section. BUT if you’re not, skip to the next section. In any case, binaural beats are quite fascinating.
Why?
Binaural beats work by sending two different frequencies to each of our ears. When hearing these two frequencies simultaneously, our brains create a third ‘phantom’ tone out of the mathematical difference.
Here’s an example:
If a 310 hertz sound frequency is sent to one ear, and a 315 hertz frequency is sent to the other ear, your brain will process these sounds in a way that results in hearing one 5 hertz frequency. Your brainwaves will then synchronize to this 5 hertz sound frequency.
Another example:
If you listen to 410 hertz in one ear and 400 hertz in the other, your brain will interpret these two simultaneous frequencies as 10 hertz, and your brainwaves will adjust to this new frequency.....<<<Read More>>>....