Develops a perturbative analytic framework extending ZPG to derive closed-form solutions for process matrices and Pauli error weights in photon-heralded gates between non-interacting emitters.
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Theoretical comparison of three CZ-gate schemes for 171Yb ions in YVO4 shows photon-interference protocol has best fidelity scaling with cooperativity while magnetic dipolar offers fast deterministic operation if ions can be localized closely.
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Characterization of errors in photon-heralded quantum operations between non-interacting quantum emitters
Develops a perturbative analytic framework extending ZPG to derive closed-form solutions for process matrices and Pauli error weights in photon-heralded gates between non-interacting emitters.
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Comparing the performance of practical two-qubit gates for individual $^{171}$Yb ions in yttrium orthovanadate
Theoretical comparison of three CZ-gate schemes for 171Yb ions in YVO4 shows photon-interference protocol has best fidelity scaling with cooperativity while magnetic dipolar offers fast deterministic operation if ions can be localized closely.