Someone could code up a "coin wallet" right now that could be easily be cracked with a quantum computer doing quantum computation.
It’d be a super weak key (maybe 22-bit RSA or ECC or something), but it would be a demonstration of real quantum computation cracking a real ‘wallet-style’ key using real quantum effects, and provable.
Any classical computer could crack that key too, of course, though not by making use of entanglement.
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If time is quantized and discrete they could not perform any QC. You still haven’t shown me your answer to the question. I’m not sure you can so please use an AI and paste it here to show you are being honest and engaging with my question. You refuse to address it.
“what happens to the formalism of QM/QC IF time is quantized and discrete? How it can take the derivative of time if there is an invisible tick? What becomes of superposition and decoherence if time has an indivisible tick? What becomes of QC if this is all true?”
