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Most quantum-error correcting codes assume that the decoherence of each physical qubit is independent of the decoherence of any other physical qubit.
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The experiments in this paper were conducted at Φ ext < 0.5 Φ 0 \Phi_{\text{ext}}<0.5\Phi_{0} in both fluxonium devices, which corresponded to Φ ext < 0.01 Φ 0 \Phi_{\text{ext}}<0.01\Phi_{0} through the superconducting interference devices in the antennae. We observed no change in the antennae frequencies over this range of Φ ext \Phi_{\text{ext}}
Cited in the paper.
For simultaneous jump measurements, Φ ext \Phi_{\text{ext}} in device A was set to 0.5 Φ 0 0.5\Phi_{0} and Φ ext \Phi_{\text{ext}} in device B was set to 0.495 Φ 0 0.495\Phi_{0}
Cited in the paper.
see Supplementary Information
Cited in the paper.
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