Tags :FDTD 8.5.4

The new FMP framework enables researchers to describe via computer source code a material’s polarization and magnetization as a function of the electromagnetic field and other physical quantities. Release 8.5 is expected to contribute to the development of components in the fields of optical switching, integrated magneto-optical polarization control, quantum communications and silicon photonics owing to the wide array of nonlinear effects available in silicon. Flexible Material Plugin Method Provides Arbitrary Accuracy and Unrestricted Complexity Modular FMPs can be combined with Lumerical’s proprietary Multi-Coefficient Materials (MCMs), providing an extensible design environment for modeling complex nanophotonic systems. With MCMs offering the turn-key ability to generate accurate broadband material models, and the FMP providing an open framework for researchers to add onto...

The new FMP framework enables researchers to describe via computer source code a material’s polarization and magnetization as a function of the electromagnetic field and other physical quantities. Release 8.5 is expected to contribute to the development of components in the fields of optical switching, integrated magneto-optical polarization control, quantum communications and silicon photonics owing to the wide array of nonlinear effects available in silicon. Flexible Material Plugin Method Provides Arbitrary Accuracy and Unrestricted Complexity Modular FMPs can be combined with Lumerical’s proprietary Multi-Coefficient Materials (MCMs), providing an extensible design environment for modeling complex nanophotonic systems. With MCMs offering the turn-key ability to generate accurate broadband material models, and the FMP providing an open framework for researchers to add onto...