https://ieeexplore.ieee.org/document/11505846
this is BIG btw, like genuinely huge for outlining new programming for new chip architectures & far far more. This results in an much easier method for noise cancelation at much higher real time speeds that give us near femtoseconds, with good skill & effort that is. Better chip architecture & this will give us that immediately. Which means superposititional things don't need to be standard superpositional qbits anymore, combined with that other post on here about using different electrodynamics in programming, we can gain more than terrahertz in the next fab if we were to hurry on this. Not easily a thing, hurrying though lol. So I feel like maybe within to just past a decade we could maybe have this at a 3d chip level going hard with tiny interconnected qbit systems using leveraged thermal movement & inductive forces controlling smaller areas of potential light emittance to get dumped into controlling total heat flux zones in given ways that allow for us to use this for those real time non superconducting superpositional states for regular everyday use. Just like I thought about a few years ago, looks like we cooking dudes.
Glad to have helped in the ways I did.
To be fair, even though its not about this (the article) this helps with better flow states in chemistry, biochemistry, & many other flow state detectors. This gives us an even better type of detector & sensor in many different applications regards quantum to classical. Way better models later, after doing that, way better maths, waaayyy better chips. This is a nice one, hopefully people know how important it is & or could be.