Precise Parameter Matching for Kerr-Cat Qubits

Kerr-Cat Qubits promise advantages with their biased noise architecture over regular qubits. Here we investigate the effect of a single photon drive and non-zero detuning on the Kerr-Cat qubit. Large detunings lead to fidelity losses during a gate, however they can be recovered after a fixed time period. Precise gate speed and parameter choices can point us to sweet spots, where fidelity and gate speeds are high.