Modeling of quasi-phase-matched cavity enhanced second harmonic generation
arXiv:1912.09175 · doi:10.1103/PhysRevA.101.043818
Abstract
We propose a mean-field model to describe second harmonic generation in a resonator made of a material with zincblende crystalline structure. The model is obtained through an averaging of the propagation equations and boundary conditions. It considers the phase-mismatched terms, which act as an effective Kerr effect. We analyze the impact of the different terms on the steady state solutions, highlighting the competition between nonlinearities.
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