Magnons scattering induced photonic chaos in the optomagnonic resonators

Abstract

Along with the studies of the properties of optical microcavities, the optical nonlinear effects of the material and the interaction between light and matter are becoming important topics. For example, the chaotic effect of the optical field may appear under the strong laser pumping due to the nonlinear effects. In this study, the chaotic phenomenon of photonic superposed states is investigated in an optomagnonical cavity. Through the dynamic evolution of two-mode photons in the cavity, we found that the energy of the system could be transferred between different modes, and the chaotic behaviour can be tuned by the coupling and the dissipation.