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Amplitude-phase multistability in multiatomic optical systems.

The effect of amplitude-phase multistability in the Dicke model inside a coherently driven cavity is discussed for the case of large Rabi frequencies and a small rate of atomic decay, compared with the decay of the cavity mode. The quantum and semiclassical interpretations of the predicted effect are given on the basis of the Tavis-Cummings model and a proposed model of weakly coupled harmonic oscillators. The analytical solution is obtained for a two-atom system. The possibility of observing amplitude-phase multistability is also considered