Record a sound at 10^-500 of an attobel in mono into an optical (using
lasers) device. Convert the analog optical
signal to digital optical PCM channel (still mono). This digital PCM
signal
should remain mono and should have a sampling rate of 10^500 samples
every attosecond, and a bit-resolution of 10^1,000-gigabit. This
high-quality mono PCM signal should be split into 100^10,000 different
audio channels, this will reduce the loudness immeasureably. This
100^10,000 channelled, 10^500 sampled per attosecond, 10^1,000 gigabit
PCM audio should be amplified from 10^-500 of an attobel to 20
decibels.
Remember that this a purely optical device using UV lasers for the
purposes of A-D conversion, D-A conversion, recording, playback,
storage, transmission, reception, and processing of sound.

What will the recording sound like when played back?