A simulation study shows that cross-resonance CNOT gates between fluxoniums and a central transmon support high-fidelity parity checks and logical gates in a scalable dual-species architecture.
These error categorizations come from a decomposition ofE= 1− F coh whereF coh is cal- culated with Eq
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Cross-Resonant Gates in Hybrid Fluxonium-Transmon Systems
A simulation study shows that cross-resonance CNOT gates between fluxoniums and a central transmon support high-fidelity parity checks and logical gates in a scalable dual-species architecture.