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We present pyHRSOA and pyTHSOA, two Python post-processing codes for the simulation of the circular differential scattering ratio, which is the central observable for two novel and promising nonlinear chiroptical techniques: the hyper-Rayleigh scattering optical activity (HRS-OA) and for the third-harmonic scattering optical activity (THS-OA) spectroscopies. These post-processing codes extract the experimental observable from previously computed quadratic and cubic response functions obtained with the DALTON quantum chemistry software.

R package for filtering out cyano cells from other particles. This algorithm is especially developed for BS4 and BS5 cyano cells

This project contains the files needed to reproduce the figures of the preprint "Turing instability in coupled nonlinear relativistic heat equations" https://arxiv.org/abs/2104.04319