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Multiphoton Emission from a Single-Photon Source

Sang Kyu Kim, Kai Müller, Technische Universität München

Jan 1, 20260 citations

Statistics of multiphoton photoemission under coherent and non-classical illumination

Jonas Heimerl, Alexander Mikhaylov, Stefan Meier +4 more

We investigate experimentally how the photon statistics of light gets imprinted on multiphoton electron emission from needle tips. Coherent and bright squeezed vacuum light lead to entirely different electron statistics, matching with a quantum-optical analysis.

Conference on Lasers and Electro-OpticsJan 1, 20222 citations

Time-dependent multiphoton emission from a quantum dot

Sergey Vladimirovich Polyakov, Edward B. Flagg, Tim O. Thomay +1 more

We discuss two-time correlation experimental measurement of statistical properties of non-classical light from a single InAs quantum dot. We present a model that describes properties of a quantum dot excitation via carrier reservoirs.

Jan 1, 20130 citations

Multiphoton light interference and its classical model

А. В. Белинский, Давид Николаевич Клышко

Журнал Экспериментальной и Теоретической ФизикиOct 1, 19920 citations

Interference of multiphoton light and its classical model

А. В. Белинский, Давид Николаевич Клышко, M. E. Alferieff

Journal of Experimental and Theoretical PhysicsJan 1, 19922 citations

Damping of multiphoton Rabi oscillations and multiphoton Purcell effect

Andrzej Janutka

Damping of multiphoton Rabi oscillations due to a finite lifetime of photons is investigated using an algebraic method of the solution of the master equation. The time dependence of the probability of electron transitions between atomic levels is evaluated. In a regime of weak atom–photon coupling (a coupling constant smaller than the photon decay rate), the spontaneous emission of many photons from a single electron transition due to the interaction with a resonant light is found. Thus, a multiphoton counterpart of the Purcell effect is predicted.Damping of multiphoton Rabi oscillations due to a finite lifetime of photons is investigated using an algebraic method of the solution of the master equation. The time dependence of the probability of electron transitions between atomic levels is evaluated. In a regime of weak atom–photon coupling (a coupling constant smaller than the photon decay rate), the spontaneous emission of many photons from a single electron transition due to the interaction with a resonant light is found. Thus, a multiphoton counterpart of the Purcell effect is predicted.

Journal of Physics A Mathematical and GeneralDec 21, 20055 citations

Multiphoton electron emission with non-classical light

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