A subsystem-environment protocol on programmable quantum annealers identifies conditions for initial-state independence and supplies a diagnostic for reliable open-system sampling.
Classical thermometry of quantum an- nealers
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Cycled reverse annealing on D-Wave devices shows schedule-dependent basin occupation with hardware autocorrelations bracketed between classical and quantum equilibrium references, and a pre-registered linear landscape predictor fails on held-out instances.
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Subsystem relaxation and a calibrated sampling diagnostic for programmable quantum annealers
A subsystem-environment protocol on programmable quantum annealers identifies conditions for initial-state independence and supplies a diagnostic for reliable open-system sampling.
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Schedule-dependent basin occupation in a programmable quantum annealer
Cycled reverse annealing on D-Wave devices shows schedule-dependent basin occupation with hardware autocorrelations bracketed between classical and quantum equilibrium references, and a pre-registered linear landscape predictor fails on held-out instances.