Abstract

We study the stationary operation and stability properties of a class-B two-photon Fabry–Pérot laser. We show that, differently from the one-photon laser, the intensity emitted by the two-photon laser is larger in a Fabry–Pérot than in a ring cavity. The lasing solution loses stability through a subcritical Hopf bifurcation, as it occurs in the unidirectional ring laser. The stability domain in the parameter space is larger in the Fabry–Pérot than in the ring cavity configuration.

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