Cooperative effects in the two atom resonance fluorescence spectrum

Constantine Mavroyannis, M. P. Sharma

Constantine Mavroyannis

Constantine Mavroyannis

H. J. Carmichael, Daniel F. Walls

Eleftherios Panagiotis Apostolidis, Lorenzo M. Narducci

S. Ya. Kilin

The effect of interatomic interaction on cooperative resonance fluorescence in the case of well separated components is discussed. It is shown that for two atoms the new components appear both in the emission spectrum and in the intensity correlation function. An increase of the number of interacting atoms leads to an increase in the number of additional spectral components.