As quantum processors become increasingly complex, their control infrastructure needs to move from lab to application scale. This study shows how superconducting single-flux-quantum logic can be applied in a way that meets the stringent precision requirements of quantum computing at high speed, using a strongly modified version of quantum optimal-control theory. These results bring us one step closer to a fast, high-fidelity, solid-state quantum computer.
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A 2016 study studied this question.
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