EDIT2: Tomorrow is a very long time away sometimes. Spoke to a higher up professor in physics, specifically, one whom specializes in acoustics and waveform analysis and while we can see that I was getting results, by all means, I shouldn't be. So the next step is to refine the test to better account for error. The new wave output will be generated via mathmatica and the analysis done by Raven, a software from Cornell. The next step after that will be dependent on what the new results are. If they are in fact error caused by poor fidelity, then I'd like to try frequency modulation and a few other things. Moreover, if it is an error, but it still gets accurate results, then it would be worth looking into what can be done to replicate that error to turn it into an intended feature.

Past that, it's been a matter of learning more, increasingly difficult maths. Chipping away at pdf after pdf in order to understand concepts. The newest document I'm reading over has a strikingly similar concept behind it. It essentially boils down to the fact that division is a very costly operation and by performing said division on a physical system (for example, a wave) it could speed up computation time, even for something like factorization.

Anyways, back to studies


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EDIT: Got distracted by video games so it will wait until the morning
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I had a really nicely worded post and firefox decided to crash. I plan to rewrite it again in the next few minutes, but until then, here's a placeholder to remind me of content included until I edit this post back to its former state.

Added reference links, have a lot more to add over the next week or so
Spending a few hours a day researching
Lots of crazy subject matter intersecting
Post some equations I figured out