Classical and quantum Monte Carlo simulations in Julia

Tensor network simulations for finite temperature, open quantum system dynamics

Predict when an asteroid will be at closest approach to Mars. Gold medal winner at 5th Inter-IIT Tech Meet, 2018.

Implementation of local algorithms within pyscf

Sedimention of active Brownian particles in a box. Codes for numerical simulations and numerical solution of PDEs.

This repository is for the numerical simulations in physics.

Codes used in "Flocking and reorientation transition in the 4-state active Potts model" by S. Chatterjee, M. Mangeat, R. Paul and H. Rieger, published in EPL 130, 66001 (2020); and "Flocking with a q-fold discrete symmetry: Band-to-lane transition in the active Potts model" by M. Mangeat, S. Chatterjee, R. Paul and H. Rieger, published in Phys. …

Restricted active Potts model. Codes for numerical solution of PDEs.

Narrow escape problem in two-shell spherical domains. Codes for numerical simulations and numerical solution of PDEs.

This repository stores all of codes that I have done during my undergrad and postgrad course work

A unified module for numerical calculations in physics using python.

Homework 6 of Numerical Physics, Fall 2022, PKU

My PhD thesis, available on the arXiv at http://arxiv.org/abs/arXiv:1006.5321

Solves the SO(5) Richardson-Gaudin model.

Homework 2 of Numerical Physics, Fall 2022, PKU

Homework 3 of Numerical Physics, Fall 2022, PKU

Homework 5 of Numerical Physics, Fall 2022, PKU

Repository containing the result of my first C++ semester project, part of the Programmation II course in the first year of the Physics BSc at EPFL. The goal was to implement a real-life physics implementation of sand grains in different environments, with a graphical simulation component.

Homework 1 of Numerical Physics, Fall 2022, PKU