Abstract

The equations of motion for a single-mode laser with intracavity parametric amplification are formulated and solved. This system is shown to be characterized by five stationary points. Chaos in the system is demonstrated for a bad cavity under strong pumping. The chaotic regime is characterized by two well-separated strange attractors in contrast to the one attractor for Lorenz equations.

© 1991 Optical Society of America

Modeling laser instabilities and chaos

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