RYDBERG ATOMS AND RADIATION IN A RESONANT CAVITY I, THEORY

The theoretical part of this work was devoted to the study of the resonant interaction of two two-level atoms with a coherent field stored in a high finesse cavity, within the frame

The development of methods to create and use new states of light (single photons, squeezed states and entangled states), not described by classical electromagnetism

Keywords: Nonlinear optics, cavity, photonic crystal, optomechanical coupling, exciton transport, polaritons, cold atoms, photon-photon correlations, bunching,

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We note that these intensity fluctuations also lead to a fluctuation of the frequency of the transition due the light shift induced by the lasers on this two-photon

ry, in the very high intensity range (10 - 10 W cm ) required to obser- ve large N - order ionization processes, coherence effects play a dominant role through N! enhancement in

The experimental dispersion curve of the resonance obtained is compared to the theoretical shape of the resonant multiphoton ionization profile for cesium deduced

Then, the magnetic field is switched on and we trigger an experimental sequence that alternates 115 µs periods of pulsed excitation with 885 µs periods of cooling by the molasses