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Finally, by optimizing the parameters in virtual Z gates, the error constrained in the computational space can be corrected.
Second, by applying the general decomposition procedure, the arbitrary single-qubit gate can be decomposed as a sequence of X and virtual Z gates. First, by controlling the detuning between qubits, the microwave induced classical crosstalk error can be constrained within the computational subspace. In this article, we propose an error mitigation scheme to address this crosstalk issue for single-qubit gates. The crosstalk between microwave pulses is a non-negligible error source. For a superconducting quantum processor, which operates in the microwave band, the single-qubit gates are usually realized with microwave driving. Universal quantum computing also requires gate fidelity to reach a high level. Improving gate performance is vital for scalable quantum computing.
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