A tunable interference-interaction scheme in a three-atom cavity-QED system enables selective deterministic emission of one-, two-, or three-photon bundles with high purity.
This asymmetry arises from interaction-induced energy shifts, which break the inherent ∆ a ↔ − ∆ a symmetry of the excitation spec- trum and modify the resonance conditions
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Deterministic multiphoton bundle emission via interference-interaction control
A tunable interference-interaction scheme in a three-atom cavity-QED system enables selective deterministic emission of one-, two-, or three-photon bundles with high purity.