Naked Science Forum
On the Lighter Side => New Theories => Topic started by: trevorjohnson32 on 09/05/2017 16:47:12
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So I ve posted about a number of theory's involving replicating the vestibular sensory organ as a communication source of voices. I tried using the voluntary voice creating technique and the ear whistling into several microphones including elastic and playing the amplified silence in a vacuum to see if the vestibular part of the recording would travel through space alone and play like a speaker. That hasn't worked yet.
However I have successfully made a recording of a new idea. This idea is to basically set a tone at around 9,000 hz using Online Tone Generator http://www.szynalski.com/tone-generator/ generate pure tones of any frequency, then placing a microphone in my ear I was able to manipulate the artificial tinnitus created by the generator with my inner ear and when played back doesn't even need amplified. This could act as a sort of sound flashlight for involuntary activity or a connection between the inner ear and back into a computer that can recognize changes over large distances or while a person is dreaming.
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... a new idea. This idea is to basically set a tone at around 9,000 hz ... generate pure tones of any frequency, then placing a microphone in my ear I was able to manipulate the artificial tinnitus created by the generator with my inner ear and when played back doesn't even need amplified. This could act as a sort of sound flashlight for involuntary activity or a connection between the inner ear and back into a computer ...
Someone beat you to it ... https://wikipedia.org/wiki/Otoacoustic_emission#Evoked (https://wikipedia.org/wiki/Otoacoustic_emission#Evoked)
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Someone beat you to it ... https://wikipedia.org/wiki/Otoacoustic_emission#Evoked (https://wikipedia.org/wiki/Otoacoustic_emission#Evoked)
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In 2009, Stephen Beeby of The University of Southampton led research into utilizing otoacoustic emissions for biometric identification. Devices equipped with a microphone could detect these subsonic emissions and potentially identify an individual, thereby providing access to the device, without the need of a traditional password.[15] It is speculated, however, that colds, medication, trimming one's ear hair, or recording and playing back a signal to the microphone could subvert the identification process.[16]
I was thinking activity while a person sleeps could be used with higher pitch sonar which appears to be controllable voluntarily, and involuntarily. Sometimes I'll notice after waking up is a lot of whistling in my ears. I've also noticed a lot of involuntary activity when I sort of asked for it, as if another person was controlling it. someone invisible in my room. That's where I think the link between the vestibular and the inner ear lies.