Resonance fluorescence in a tailored vacuum

摘要: Abstract We consider the resonance fluorescence of a two-level atom with an emphasis on dependence this phenomenon modal density environment. use approach Weisskopf-Wigner type to investigate interaction dressed states atom-driving field system surrouding environment, and calculate linewidth spectrum in terms decay rate coherences. Unlike conventional theory, we deal first exact driving laser field, then coupling combined modes environment within approximation. This modification traditional sequence which interactions are handled leads sensitive suggests that driven placed suitable such as for example high-Q resonator, even if Markovian, might behave quite differently from identical free space. The significance effect is shown explicitly case strongly two level substantially frequency dependent scale Rabi field.