Effect of Moving Mass Center on Atomic Transition Probability in a Single-Mode Cavity
- 73 Downloads
By considering a two-level atom coupling with a single-mode cavity field which is prepared in three different initial states respectively, the influence of spatial motion of the atomic centre of mass on the atomic transition probability is studied. It is shown that the oscillation with collapse and revival in atomic transition probability may be suppressed due to Doppler effect.
KeywordsSpontaneous emission Doppler effect Moving atom Cavity Coherent state Squeezed state
We acknowledge support from the National Natural Science Foundation of China under Grant Nos. 11105021 and 11175044.