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Fast, Low-Loss Imaging Enables Scalable Quantum Computing With Individual Atoms.
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Fast, Low-Loss Imaging Enables Scalable Quantum Computing With Individual Atoms.
Researchers demonstrate rapid, high-fidelity imaging of individual ytterbium atoms in optical tweezers without continuous cooling, achieving over 99.9% discrimination and 99.5% atom retention, paving the way for scalable quantum computation and precision metrology through fast atom reuse and number-resolved detection in dense arrays.
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