Optimizing MS-gate pulses against an efficiently computable heating-error bound, via a positive-semidefinite QCQP, suppresses heating-induced infidelity in trapped-ion systems with up to 55 ions in simulation.
A race-track trapped-ion quantum proces- sor
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Scalable suppression of heating errors in large trapped-ion quantum processors
Optimizing MS-gate pulses against an efficiently computable heating-error bound, via a positive-semidefinite QCQP, suppresses heating-induced infidelity in trapped-ion systems with up to 55 ions in simulation.