Could a technique like this be used for a quantum computing debugger?

Disclaimer: I am simply a software engineer, not a person versed in quantum computing. Nevertheless I feel this is important to post so hopefully it peaks interest from a quantum computing researcher somewhere. For science! (Also I read the eurekalert article, but the autoMod asked me to post the real paper) Tl;dr, Scientists in Sydney, Australia found a way to mathematically bypass Heisenberg's Uncertainty Principle by selectively observing the change of state rather than viewing the whole state, which does have a partial collapse of the state, but leaves the uncertainty mostly intact. I know that debugging for quantum computers is extremely hard because the state changes once observed, unlike typical computing, so I'm curious if a technique like this (obviously adapted for computing), could be a method to create a debugger. From my crude understanding, this technique, if applied to the double slit experiment, would still retain a cloud since its not a complete observation, its more of a "peek" and then mathematically calculated outside of the observation. Idk. I'm curious to hear if my thinking tracks, or if I'm way off. Also if you feel like this is important, please share the article with researchers to get them thinking :) Thank you ahead of time! submitted by /u/Pale-Substance1314 [link] [comments]