optical-simulation

Differentiable optical lens simulator for end-to-end computational imaging.

A fast transfer matrix method written in jax for modelling optical multilayer thin films

Optics simulation in Julia using geometrical and Gaussian beamlet tracing – simulate lasers, beam propagation, and simple optical systems.

Blender add-on to design, simulate, align & render optical setups — live beam tracing, kinematic-mount auto-alignment, polarization (Jones/Stokes), interference fringes, Gaussian beams, wavelength optics, and a real-vendor component library. Driveable from the UI or a headless optics_api (AI/MCP-friendly).

Scintillator Simulation Library for Geant4

An open-source design and optimization environment for optical thin-film coatings

This is the official Mitsuba0.6 implementation of "A Monte Carlo Rendering Framework for Simulating Optical Heterodyne Detection" (SIGGRAPH 2025)

Easy to use optical exploration, simulation and design

Lumerical varFDTD simulation of an MMI waveguide for silicon photonics

[Photonics Research, 2026] Accurate wave propagation modeling with reduced precision

Differentiable and Modular Optical Microscopy Simulations and Inversions

Workshop given in graduate-level thin film coatings course in ITU

Convert optical simulation requests into validated, solver-ready spec JSON.

gpu accelerated fringe projection simulation

A fork of abeles library from OpenFilters project.

A generic graph-based AI model for optical design

Open-source optical design, sequential ray-tracing and engineering analysis software built with C++20 and Qt 6.

A computational rendering engine designed to reveal high-contrast user interfaces through solid materials like wood, fabric, and plastic using optical compensation algorithms and PMOLED technology.

Open-source digital twin for fluorescence imaging systems, including image-dataset analysis, optical filters, illumination, sensors, electronics, calibration, and hardware optimization.

SMaRT: S-Matrix and Ray-Tracing hybrid optical solver for encapsulated crystalline silicon PV modules. 6000x faster than RayFlare, validated against IEC 61853-2 (RMSE=0.21%).