Binaural -- Through Radio Wave Propagation This Effect Can Be Observed.

Binaural is about having two ears. Humans and other animals determine direction of origin of sounds through Binaural hearing, along with frequency cues. It is a stereo effect, especially when applied to Binaural Beats, that gives us our orientation.

Evolutionary adaptation helps us to perceive binaural beats. Evolved brain structure allows species to detect binaural beats.

It is in the size of the head which determines the frequencies at which binaural beats can be perceived. In the human, carrier waves below 1000 Hz is when binaural beats can be detected. Why is this? Because below 1000 Hz the wave length of the signal is actually longer than the diameter of the human skull. In this case these signals that are below 1000 Hz will curve around the skull.

This effect can also be observed through radio wave propagation. Radio waves which are lower in frequency travel around the earth over and in between it. So the best binaural beat frequency can be found here: Binaural


It is the higher frequencies, or shorter wave lengths that can not curve but go in a straight line. And so high-frequency signals are always blocked by mountains and structures.

So what is this all about? Well, logically because frequencies below 1000 Hz curve around the skull, incoming signals below 1000 Hz are heard by both ears. Because of the distance between the ears, to our brain it appears the frequency to be out of phase with each other.

Being out of phase is the secret to Binaural beats. The brains ability to detect a waveform phase difference is what enables us to perceive binaural beats. Binaural beat meditations are very interesting and helpful for you to find your inner peace, and the phase difference helps us in this pursuit. I think this shows that there is a real science behind such meditations, and listening to such helps to harmonize the brain in a similar manner that the master do through years of meditation practice.Learn more right here about binaural: Binaural