Abstract
We consider a small Fabry-Perot cavity imbedded in a larger one with perfectly reflecting walls and let the latter approach to infinity to represent the universe. This is a generalization of the Lang-Scully-Lamb model for single-quasimode laser operation in the sense that both mirrors, instead of just one, of the inside cavity are semitransparent. The complete orthonormal set of modes of the universe is obtained. Using these mode functions, we study the leakage of a monochromatic radiation out of the inside cavity and derive the explicit expressions for the frequency shift and the decay time.
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