Photon Statistics of Dye-Lasers: A Non-Marcovian Analytical Model
Since many years there exists a fundamental laser model which is capable of describing the basic statistical properties of laser light in the threshold region. The static as well as the dynamic properties predicted by this model (1,2) are in excellent agreement with the available experimental observations. In addition, in the immediate neighbourhood of the laser threshold this model can be expected to describe this bifurcation phenomenon in a universal way according to the symmetry of the problem.
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