Abstract
We give a theoretical analysis of the stability of single-frequency operation of travelling-wave ring lasers in which the active medium consists of randomly oriented, identical two-level molecules having linearly or circularly polarized matrix elements of the dipole moment on signal transition. The generation of stable lasing is shown to be strongly dependent on the mutual polarization states of the generated wave and the dipole moment, and in case of an isotropic laser, generation of the field with polarization collinear to the dipole moment is unstable.
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