Simulation software for light and heat propagation

Maxwell solver: In addition to ILM's own implementation of standard methods such as the FDTD (Finite Difference Time Domain) and the PSTD (Pseudo Spectral Time Domain) method, an extremely high-performance proprietary development born instead of Boron series was also successfully completed, which enables the light propagation calculation of basically arbitrary microstructures to be accelerated by several orders of magnitude compared to the FDTD method.

Monte-Carlo-Solver: Innovative software tool for calculating the light propagation of scattering media with any three-dimensional surface topography and any internal structure. The GPU-accelerated code enables a highly efficient simulation of many important physical quantities and effects through newly developed algorithms.

Heat Conduction Solver: Software tools for the efficient analytical calculation of heat conduction for simple geometries and for the numerical calculation of complex geometries were developed and implemented.