Photon-counting statistics of resonance fluorescence in a squeezed vacuum
B. N. Jagatap, S. V. Lawande · Physical Review A · 1991
We discuss the consequences of the interaction of a broadband squeezed vacuum on the photon statistics of a coherently driven two-level atom. The statistics is described in terms of the Mandel function Q(T) and the probability P(n,T) of counting n photons in a time interval T. The phase-dependent decay in the squeezed vacuum is highlighted with these functions.