A single superconducting transmon driven by two continuous microwave fields produces tunable equi-spaced frequency combs, with peak spacing set by the drive-frequency difference over 1–60 MHz.
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Tunable frequency conversion and comb generation with a superconducting artificial atom
A single superconducting transmon driven by two continuous microwave fields produces tunable equi-spaced frequency combs, with peak spacing set by the drive-frequency difference over 1–60 MHz.