About

We are a passionate team of computational scientists and numerical physicists dedicated to advancing the field of computational nanophotonics. Our research and development activities aim at providing researchers and engineers with powerful and flexible numerical tools to study nanoscale light-matter interactions. DIOGENeS fullwave solvers are in particular worth considering when classical solvers such as RCWA, FDTD or FEM fail to accurately and efficiently simulate non-trivial physical settings in nanophtonics. Moreover, DIOGENeS components and tools allow to sumulate and optimize complex photonic devices with state-of-the-art numerical methods and algorithms adapted to High Performance Computing (HPC) hardware.