Amplitude modulated Bloch oscillations of photon probability distribution in a cavity-atom system
arXiv:1503.08403 · doi:10.1088/0953-4075/48/7/075402
Abstract
We study the dynamics of the Rabi Hamiltonian in the medium coupling regime with , where is atom-field coupling constant, is the field frequency, for the quantum state with average photon number . We map the original Hamiltonian to an effective one, which describes a tight-binding chain subjected to a staggered linear potential. It is shown that the photon probability distribution of a Gaussian-type state exhibits the amplitude modulated Bloch oscillation (BO), which is a superposition of two conventional BOs with a half-BO-period delay between them and is essentially another type of Bloch-Zener oscillation. The probability transition between the two BOs can be controlled and suppressed by the ratio , as well as in-phase resonant oscillating atomic frequency , leading to multiple zero-transition points.
arXiv comment8 pages, 5 figures
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