Vibration receptors can't distinguish frequencies well enough.
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Vibration receptors can't distinguish frequencies well enough. Cochlear implants and middle ear implants (like I'm getting soon) exist, though, if you still have the inner ear nerves that can decode sound that way.
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Vibration receptors can't distinguish frequencies well enough. Cochlear implants and middle ear implants (like I'm getting soon) exist, though, if you still have the inner ear nerves that can decode sound that way.
Yeah I know it doesn't have the resolution of ear drums and the implant is going to better but I wonder if someone can adapt to that lower resolution
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Yeah I know it doesn't have the resolution of ear drums and the implant is going to better but I wonder if someone can adapt to that lower resolution
Almost certainly not. Touch is really just geared to detecting the presence or absence of vibration. I'd be surprised if you could get a double digit set of waveforms which could be reliably distinguished, let alone the endless combinations that make up normal hearing.
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Almost certainly not. Touch is really just geared to detecting the presence or absence of vibration. I'd be surprised if you could get a double digit set of waveforms which could be reliably distinguished, let alone the endless combinations that make up normal hearing.
Interesting thank you for answering my question
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