Resonance fluorescence near a photonic band edge: Dressed-state Monte Carlo wave-function approach

摘要: We introduce a dressed-state Monte Carlo wave-function technique to describe resonance fluorescence in broad class of non-Markovian reservoirs with strong atom-reservoir interaction. The method recaptures photon localization effects which are beyond the Born and Markovian approximations, describes influence driving field on Using this approach, we predict number fundamentally new features near edge photonic band gap. In particular, atomic population exhibits inversion for moderate applied intensity. For low external intensity, system retains long-time memory its initial state.