A scanning high-Q superconducting resonator can couple coherently to transmon qubits and read out their spectra and coherence times without fabricating on-chip readout circuitry.
The measured loss is well- captured by a model including Purcell loss and a tip-sample distance-independent loss
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A scanning resonator for probing quantum coherent devices
A scanning high-Q superconducting resonator can couple coherently to transmon qubits and read out their spectra and coherence times without fabricating on-chip readout circuitry.