When researchers conduct experiments with quantum computers they’re essentially working in the dark. Our current computers are just too slow to verify the results of any quantum experiments beyond the most basic. But one research team believes AI can bridge that gap, and they’ve done the simulations to prove it. Researchers from The Flatiron Institute in New York recently developed a method they believe will change how we measure quantum states. The team’s approach involved the creation of a software tool that uses neural networks to predict the various positions a quantum bit (qubit) can be in. When a regular…
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