Applications
A gallery of OmniSim simulations
Optical Ring Resonator Filter
OmniSim's FDTD Engine calculating the spectral responses of SOI ring resonators
Ring Resonators
For 2D and 3D FDTD and FETD Simulations
Metals, Surface Plasmons and Nano-Particles
All of OmniSim's engines can be used to model plasmonic structures: FETD, FDTD, RCWA and FEFD.
Plasmonics
For FDTD, FETD and FEFD simulations
Nano-antennae
For modelling various geometries of nano-antennae
Mie Scattering
Plasmonics simulated with OmniSim's FETD and FDTD software
Light Harvester
To capture light from a large area and concentrate it
Plasmonics (FETD,chi2)
For modelling of surface and volume chi2
Metamaterials and Graphene
Model the properties of metamaterials at the microscopic level with high accuracy with the FETD engine and model graphene-based devices using FETD's true 2D material model.
Metamaterials
Simulation of negative index structures with FETD and Bloch boundaries
Graphene
For modelling of graphene and other 2D materials
Optical Gratings
OmniSim can be used to model a variety of optical grating structures.
Directional coupler
Grating-assisted colourless directional coupler
Gratings with RCWA
For simulation of infinitely periodic gratings
Diffraction Grating
Modelling diffraction gratings with an oblique incidence
Surface Grating Coupler
For modelling a vertical grating structure
Nanowire Optimisation
To optimise light transmission through two silicon nanowire devices
Nonlinear Optics
Modelling chi2 and chi3 nonlinearity using OmniSim's FDTD and FETD Engine.
Plasmonics (FETD,chi2)
For modelling of surface and volume chi2
Soliton (FETD,chi3)
To simulate an isotropic instantaneous Kerr chi-3 nonlinear response
PhC Cavity (FDTD,chi3)
Simulation of nonlinear optics with OmniSim nonlinear FDTD