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Acta Sinica Quantum Optica

Fidelity for Quantum State of a Moving Two-Level Atom Interacting with Number-Chaotic State Light via Multi-Photon Transition

李婧楠 LI Jing-nan, 萨楚尔夫 Sachuerfu, 赵嫱嫱 ZHAO Qiang-qiang

Published Jan 1, 2018• 0 citations
Publisher
DOI
10.3788/jqo20182401.0402

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The atomic inversion evolution in a system which is composed of a multi-photon transition moving two-level atom interacting with the number-chaotic state is studied by means of the full quantum theory.The influences of the atomic initial state,field-mode structure parameter,the average photon number of the chaotic state,the photon number of the number state and the values of the transitional photon number are also analysed in this paper.The results show that the atomic motion will make the particle distribution inversion appear different periodic oscillation rules.The particle distribution inversion presents different patterns because of the parity of transition photon number.