If it’s good at probability distributions it probably can be incorporated into finance via Black Scholes or something similar.
Comment on Why Haven’t Quantum Computers Factored 21 Yet?
Gust@piefed.social 2 days agoQuantum computing is trying to be ai, in the sense that it does have niche scientific uses it excels at but tech bro types want it to be the next general computer so they can make their empire on it. The only use case I’ve seen it excel at so far is generating precisely tailored probability distributions, which end up mostly being useful for simulating different models for quantum field theory. Even then I’ve only seen that in looped fiber implementations, which imo are a stretch on the definition of quantum computer.
Corkyskog@sh.itjust.works 1 day ago
ranzispa@mander.xyz 6 hours ago
I mean, AI is what took the focus away from QC, especially after AlphaFold. Quantum Computing is potentially a society changing technology, now regarding practice we are really far away. The main expectations are in the field of medicine. I work in that field and I reckon that if the expectations placed on quantum computers were to come true, we’d be able to study the human body much quicker than now and to develop drugs much quicker than now. However, I do work nearby a Quantum computing centre and I have met quite a few persons who work in the field, both as researchers and entrepreneurs. Currently no computer can be used to make any real calculations and it is actually unclear if the molecular simulations are actually possible with a quantum computer. As far as I understand it, it may not be possible to encode the whole system in a quantum computer before it loses coherence. This may be an intrinsic limitation as for real problems you’d need to encode tens of thousands of electrons.