physical optics: integrated modeling, phase retrieval, segmented systems, polynomials and fitting, sequential raytracing...

🚀 Julia package for orthogonal polynomial transforms 🏂

🚅 Fast orthogonal polynomial transforms 🏄

Python modules for laser simulation

Tools for Optical Simulations

neural network trained to retrieve the amplitude and phase of objects by measurement of their diffraction pattern

Splicing detection | ML

library of commonly used optical propagation functions

End-to-end AO pipeline: SH-WFS centroiding (127x C speedup) → CNN/MMSE reconstruction (Strehl 0.9987) → LQG closed-loop control → SLODAR turbulence profiling | BAH 2026 Challenge #9

generates optical data by propagating light sources through atmosphere and telescope modelling

imagines warped images of fiducials and metrology fibers and undoes that warp

A library to compute optical bases for a given set of points in 2D space. Main application is intended for adaptive optics, with support for Zernike, KL, Zonal, and Hadamard bases.

AI-assisted MATLAB lab for optical imaging: catalog, learn, and improve scripts with guided documentation. Template only — no proprietary lab code included.

Knowptics optical manufacturing calculator. Source-available for noncommercial use.

PyTorch-first SLM computational holography toolkit for optical tweezer arrays, bottle beams, interleaved traps, and Zernike-space aberration correction.

Interactive adaptive optics wavefront correction lab using Zernike modes, residual RMS, and Strehl-ratio validation.