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44 kHz are OK, but higher sampling rate eases analog signal reconstruction with crappy filters. Also the ear has a dynamic range greater than 100 dB (16 bit allows 96 dB). But I agree that music e.g. rarely needs such a big DR.
16 bit allows more than 96dB dynamic range (watch that Xiph video, he demonstrates it). Using oversampling to ease ADC/DAC filter design is an implementation detail of ADCs/DACs; for the actual PCM audio representation, 44kHz is sufficient.
I know well the technique (I have used 24 bit ADCs such as CS5361 that internally are 1-bit with 192+ kHz oversampling). I could do the maths, but I don't think 44100 Hz are enough to cover e.g 120 dB that a good ear can hear).
Read https://people.xiph.org/~xiphmont/demo/neil-young.html … (grep for 120dB if you must). In practice, 16 bits is more than enough for any practical situation.
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