.NET libraries supporting several old and obscure data formats: DIB, MRB, NE, SHG, WinHelp.

A Python program for calculating the surface SHG yield for semiconductors.

FORTRAN Tutorial for Science and Engineering: A Case Study on SHG (Second Harmonic Generation)

The official repository for my master thesis in physics

Interferometric autocorrelator to evaluate ultrashort optical pulses. Second Harmonic Generation(SHG) signal is measured as a function of delay.

This is the Frontend for the 'Wemace - Empowering SHGs through Blockchain' A decentralized platform empowering Self Help Groups in India through blockchain technology, AI, and DeFi.

ImageJ / FIJI script to assess the orientation of collagen fibres in SHG images

Computational model of Continuous-Wave Gaussian Second Harmonic Generation (SHG) under ideal assumptions: no loss, therefore no heat generation and no phase mismatch.

This project allows a quick manual fit of SHG or any polar data using a generalized trigonometric function. The fitting data can be easily exported after then.

Computational model of Phase Mismatch in Pulsed Gaussian Second Harmonic Generation (SHG), where the mismatch arises from heat absorbed in the nonlinear crystal. The heat source is the SHG process itself.

Open-source toolkit and research on Second Harmonic Generation (SHG)

Computational model of Pulsed Bessel-Gaussian Second Harmonic Generation (SHG) under ideal assumptions: loss less interaction, with no heat generation or phase mismatch.

Computational solution of the heat diffusion equation for Pulsed Gaussian Second Harmonic Generation (SHG), where heat generation results from nonlinear absorption in the crystal.

Computational model of Continuous-Wave Gaussian Second Harmonic Generation (SHG) based on coupled field equations, including both thermal effects and phase mismatch caused by absorption in the nonlinear crystal.

Comprehensive documentation of Second Harmonic Generation (SHG) concepts, computational models, and guidelines for using the repositories in this organization.

Computational solution of the heat diffusion equation where the heat source originates from Continuous-Wave Gaussian Second Harmonic Generation (SHG). This model quantifies thermal effects induced by the nonlinear interaction.