Experimental demonstration of a 6100-atom optical tweezer array with record 12.6 s hyperfine qubit coherence, 23 min trapping lifetime, 99.99% imaging fidelity, and coherence-preserving transport for zone-based quantum computing.
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A flat-top beam profile created via analytical superposition of Gaussian modes provides spatial selectivity for Rydberg excitation, confirmed by differing Rabi oscillation visibilities between targeted and neighboring atoms in experiment.
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A tweezer array with 6100 highly coherent atomic qubits
Experimental demonstration of a 6100-atom optical tweezer array with record 12.6 s hyperfine qubit coherence, 23 min trapping lifetime, 99.99% imaging fidelity, and coherence-preserving transport for zone-based quantum computing.
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Addressable Rydberg excitation in arrays of single neutral atoms with a strongly focused flat-top beam
A flat-top beam profile created via analytical superposition of Gaussian modes provides spatial selectivity for Rydberg excitation, confirmed by differing Rabi oscillation visibilities between targeted and neighboring atoms in experiment.