Some resummation techniques based on perturbation theory

Numerically solving Schrödinger’s equation for a system of two interacting identical fermions in an infinite potential well using the method of finite differences.

This is the second Review Project course for Masters.

Graphing singularly perturbed differential equations based on Geometric Singular Perturbation Theory.

Set of MATLAB formulas for computing the nonlinearity of graphene, with emphasis on the optical band (e.g., NIR) and the self-acting (Kerr-like) effect.

Canonical Monte Carlo algorithm for ellipsoid-of-revolution molecules

Python module for the evaluation of probability densities and exit rates in a tubular ensemble

Code solving cosmological perturbation equations as well as background evolution

Canonical Monte Carlo algorithm for spherocylindrical molecules

diagrammatic perturbation theory for infinite square well with Dirac delta potential

FieldInf: an exact solver for linear cosmological perturbations during inflation

Software and Data Associated with "Understanding Fast Adsorption in Single-Solute Breakthrough Curves"

Perturbative expansions in quantum mechanics: numerical application to the truncated Mølmer-Sørensen Hamiltonian

MATLAB implementation of A Feature Selection Based on Perturbation Theory

Realtime Mandelbrot set explorer written in rust and using wgpu

Finite Element code to compute separation force on parts printed using constrained-surface stereolithography

This repository contains an Matlab implementation of the algorithms presented in Digraph Signal Processing with Generalized Boundary Conditions by Bastian Seifert and Markus Püschel.

Implementation of local algorithms within pyscf

MOTT transition within MATLAB. Blazing fast IPT code treating Bethe-Hubbard model at half-filling.

Tools for analysis of N-body models with Basis Function Expansions and perturbation theory themes.