Estimating DEM probabilities from experimental syndromes improves logical error rates by 5-10% in surface-code memory experiments on Google Willow and IBM ibm_miami without additional circuits or supervised fitting.
Quantum error correction and dynamical decoupling: Better together or apart?
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Finite subgroups of SU(d) can serve as both dynamical decoupling groups and generators of quantum error-correcting codes in qudit systems.
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Logical error estimation from syndrome data of surface-code experiments
Estimating DEM probabilities from experimental syndromes improves logical error rates by 5-10% in surface-code memory experiments on Google Willow and IBM ibm_miami without additional circuits or supervised fitting.
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Dynamical decoupling and quantum error correction with SU(d) symmetries
Finite subgroups of SU(d) can serve as both dynamical decoupling groups and generators of quantum error-correcting codes in qudit systems.