IS05–Modeling Material Susceptibility in Silicon for Four-Wave Mixing Based Nonlinear Optics
We model the third-order material susceptibility chi3 in silicon waveguides for integrated optics. Analysis of four-wave mixing in these waveguides requires an in-depth study of material nonlinearity – in contrast to modeling light propagation in fibers with the optical nonlinear Schrödinger equation. We include electronic and atomic lattice (Raman) responses of the material and present a relatively easy-to-use representation of the material susceptibility.
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