Abstract
An investigation is made of the condensation of the emission spectrum of a multimode laser near a strong absorption line of an intracavity gas cell associated with a strong frequency dispersion of polaritons in a gas. It is shown that the polariton mechanism includes—in addition to the usual (in intracavity laser spectroscopy) change in the Q factor and, consequently, in the mode amplitudes—an increase in the density of polariton mode frequencies.
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