They literally shape the sound wave before it hits the eardrum, so that the brain is able to interpret the signals correctly.ĭifferences between left and right inputs are specifically what makes us able to locate sounds. The ears and the ear canals play a fundamental role in providing our brain with the HRTFs to interpret. These inputs vary depending on the nature of the source and its location in respect to the listener, and are knows as Head Related Transfer Functions (HRTFs). Our brain's constant processing of left and right ear inputs is what makes us hear. Why anatomically accurate ear canals?Įvolution provided us with our ears and ear canals to be able to hear our surroundings. I have worked on my DIY binaural microphone for years, perfecting it in every possible aspect, from head dimensions, to microphone capsule choice, to the most important part of it: the ears. I believe if you are visiting this page you have come to the same conclusion. So I started investigating various recording techniques, and ended up choosing binaural for the best possible results in terms of accuracy. There is always a sense of artificiality, and that's probably the reason why many people think that stereo systems never quite sound like the real thing. They can sound great and bigger than life when well recorded, but never like a realistic representation of the music. I have always found classical recordings, even from the major labels, to be lacking in realism. I am a classical guitar player and wanted to make a recording of myself playing my favorite pieces. I started this venture for personal reasons.
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