Abstract
The renormalized Fokker-Planck equation for a dye laser is derived from the Liouvillevon Neuman equation and its stationary solution, as well as the numerically calculated line shapes and the noise spectra for the quantum threshold region are given. The calculations were performed for values of the laser parameters which enable to compare the semiclassical bistable solutions with the threshold and those without the threshold. A difference in the behavior of the line shapes in the threshold region for both cases are discussed.
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