Predictive Music Synthesizer - Plays all possible digital sounds without a computer

YouTube via VironCybernet
"Unlike the "Pandora's Box" Synthesizer, which is more melodious but exponentially redundant, this axiomatically rather than theoretically generates all binary strings at a break-even point. Starting at zero and counting until it reaches a state that would fill all of a computer's memory with bits that are all ones, it is guaranteed to generate all possible binary strings in order, including programs and data, but here applied only to the digital sound of all of those strings. It sequentially outputs each digit of Champernowne's Constant using logic. Discovered in 1927 by David Champernowne and Alan Turing, the CC is known to contain all possible digital data and is obviously prior art to all possible digital sounds. Which means, no new digital sound was ever invented nor recorded nor ever will be. Although this demo doesn't sound very good, math is known which has actually been used to find music by calculating and playing a specific series of digits of this number. The number's intrinsic sound has musical characteristics that are not easy to hear in this video, with rhythm more prominent than melody. A small knob is turned to adjust the very high sampling rate, the prominent buzzing sound is actually the rate at which this circuit is playing unique sounds (as each string of digits, which is each a unique whole number counted in order) in fast-forward. I think most people would agree that this demonstration does not play any good music in this video, but nonetheless it is a matter of fact that the process in progress does generate all possible digital music by definition. Inspired by the millenium music copyright controversy, this method of generating sound seems turn the idea of digital copyrights into complete nonsense, since it needs no memory nor copies to extract all possible data from a number already known to contain the entire infinite set of it."