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).

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

Web simulator for Gaussian beam propagation (waist, ROC) through optical systems (lenses, mirrors...) via ABCD matrices.

The Theia Project: a 3D Gaussian Beam Tracer for Gravitational Interferometers

Gaussian beam analysis for quasioptical systems

Modeling the focalisation of a gaussian beam through a cylindrical fiber interface with non linear absorption

This program is used to calculate the waist of a Gaussian laser beam behind the lens.

Interactive 3D gaussian beam propagation + polarization simulation web app

Squeezing spectrum, ABCD transfer matrix formalism and Non-linear Optics simulation for PANDA experiment design

Small tool with graphical interface to show the beam profile of a gaussian beam.

MATLAB 工具箱：基于 ABCD 矩阵法分析激光谐振腔自再现模式（简单两镜腔、热透镜、GRIN/Nd:YAG 自聚焦介质、g 参数稳定图）

Website of the Theia Project

Interactive PyQt5 application for designing and evaluating paraxial Gaussian laser beamlines.

Browser-based laser photonics simulation suite — Gaussian beam propagation, nonlinear crystal phase-matching, cavity eigenmode, OPO design. Built with Claude Code.

Simulating the Irradiance of Gaussian Beams

Étude de l’intérêt de la méthode de Lancer de Faisceaux Gaussiens pour le calcul de surface équivalente Radar monostatique

Public discovery metadata, contracts, and examples for the DiffBeam Gaussian beam optics MCP server

API to use a Thorlabs scientific camera and AOMs

Reconstruction the axisymmetric intensity distribution of a beam from a single 2D experimental image using inverse Abel transformation, fits radial Gaussian profiles across the propagation axis, and reports beam width, waist position, and Gaussian-beam propagation parameters with explicit numerical-quality diagnostics.

calculate_lens_systems