An efficient, user-friendly solver for nonlinear light-matter interaction

Generalized Nonlinear Schrodringer Equation solver

A suite of tools for solving Nonlinear Schrodinger equations via higher-order algorithms and Darboux transformations.

Efficient and accurate inversion of multiple scattering with deep learning

Basic code for running FROG (Frequency Resolved Optical Gating) measurements & reconstruction.

This repo is to simulate the evolution of the high intensity short pulse lasers in a nonlinear medium i.e atmoshphere. Three of the source terms are included, plasma source term, ionization source term and bound electron source term.

Nonlinear optics- Efficient SHG & Gouy Phase compensation

Simulation codebase for high harmonic generation in gas-filled hollow capillaries, written in C++.

Simulation of photonics devices using Ansys Lumerical.

OptiFaχ - Nonlinear Optical Facsimile

Python package for calculating refractive index dispersion of various materials used in the field of nonlinear/ultrafast optics.

This repository holds the source codes used for comparing the Generalised nonlinear Schrödinger equation (GNLSE) and the Banded nonlinear Schrödinger equation (BNLSE) in terms of frequency bands.

Computational SHG Modeling — A complete Fortran-based framework for simulating thermal effects in Second Harmonic Generation using FDM and coupled physics.

This is a public repository of a Single mode Fibre Optical Parametric Oscillator system

A Python tool for simulating Second Harmonic Generation (SHG) using a KTP crystal, providing tools to calculate optical properties, phase mismatch (Δk), and phase matching function (Φ) for nonlinear optics applications.

Bayesian Optimisation of Luna

Computer code, notes and supporting data for "Photoinduced flipping of optical chirality during backward-wave parametric amplification in a chiral nonlinear medium", Phys. Rev. A (2025)

Z-lambda is a software application designed for analyzing and modeling laser-induced thermal effects in materials. It provides advanced tools for processing experimental data and simulating laser-material interactions, making it a valuable resource for researchers and engineers working in materials science and related fields.

Iterative solvers for solitary wave solutions of nonlinear Schrödinger-type equations

Dynamic evolution of a topological photonic laser system, for the non-reciprocal SSH and Diamond lattice models. Nonlinear saturable gain and loss are integrated into the models such that phase diagrams are generated to display different lasing-behaviours and topological phenomena.