Physicists Transformed a Quantum Computer Into a Time Crystal

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Physicists Transformed a Quantum Computer Into a Time Crystal
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promise to broaden the kinds of algorithms that can be run quickly and practically, potentially speeding up research into many fields, from

Time crystals are groups of particles that display repeating patterns. Where the patterns that make up regular crystals like diamond and quartz echo through 3D space, time crystals move periodically like a pendulum, tick-tocking through time. Where typical computing is restricted to logic built using binary figures represented by 1s and 0s, quantum computing's 'qubits' are better suited to unique kinds of computation, allowing for complex algorithms to be solved in a single step.

Unfortunately, qubits can entangle with just about anything in their environment, randomly shuffling in new cards and throwing the program off their game. Expanding the deck of qubits to theOne type of time crystal described as 'topological' has an advantage over the others.

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