NEW TECHNOLOGIES IN DEVELOPMENT FOR AN APPROACHING NONBINARY DOMAIN WHICH THEORETICALLY ALLOW ANALOGUE AUDIO TO SURPASS CURRENT DIGITAL SAMPLING DISADVANTAGES.

The conversion of integral single analogue files into the digital domain remains to<br>undermine the integrity and the fidelity of the real-world source of recorded capture<br>through signal chopping, even as technology has advanced significantly within these<br>areas. This study shows significance in the investigations of various requirements of<br>such conversion in order to understand the effects (both advantageous and adverse) it<br>has had on the source signal and therefore why technological advancements towards the<br>betterment of fidelity (and reduction in losses thereof) have been undertaken, and<br>presently continue to do so. In order for a means for the sound heard naturally to be<br>heard in the same fashion through recorded means, it was contemplated as necessary to<br>consider the eradication of the binary Pulse Code Modulation system and all it’s<br>advanced attempts to better it in favour of researching new theories. Current<br>advancements in capture technology as well as environmental sound reconstruction<br>processes have inspired future design considerations using developmental technologies<br>discovered and advancing in a non-binary computing domain. The rise of such a domain<br>is reflected upon for future audio production aspects.