By tuning a pulse area and an interferometer phase, a single-photon emitter's output is reshaped into mixtures with controlled vacuum, one-photon, and two-photon probabilities, demonstrated experimentally and in a discrete time-bin model.
10 (c), we show the unnormalized correlation G(3) e (τ1, τ2) at output e under π-pulse excitation
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Deterministic Control of Photon-Number Probabilities via Phase-Controlled Quantum Interference
By tuning a pulse area and an interferometer phase, a single-photon emitter's output is reshaped into mixtures with controlled vacuum, one-photon, and two-photon probabilities, demonstrated experimentally and in a discrete time-bin model.