An SMT-based scheduler generates optimal state-preparation schedules for logical arrays on zoned neutral atom hardware, and shielding idle qubits in storage zones improves estimated fidelity.
Fault-tolerant quantum computation,
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Optimal State Preparation for Logical Arrays on Zoned Neutral Atom Quantum Computers
An SMT-based scheduler generates optimal state-preparation schedules for logical arrays on zoned neutral atom hardware, and shielding idle qubits in storage zones improves estimated fidelity.