Quantum many body simulations in the Pauli strings representation

Julia implementation of algorithm for counting primitive rings in an atomistic structure. Useful for materials simulations

ab-initio continuous path integral Monte Carlo

Практикум по вычислительной теплофизике — онлайн-книга.

A generator of basis with symmetries for Julia

QuantumGaussianDynamics is a software package for simulating out-of-equilibrium quantum dynamics in crystalline materials with general potential energy surfaces. It computes the time evolution of the full quantum nuclear state to predict phase transitions and dynamic corrections to ionic properties.

A distributed and GPU-based implementation of the Parareal algorithm for parallel-in-time integration of equations of motion.

Variational Matrix Product Operator Monte Carlo

Markov-Chain-Monte-Carlo Methods for Classical Spin Systems

Wiener process simulation with visual ouput in Julia

A generalization of the second-order spectral projection

Code and report for Falling liquid films

Fork Effort.jl the EFfective Field theORy surrogaTe

Notes for computational physics.

A collection of exercises done at university

A simple Julia computational toolkit for design and simulation of optical modes through photonic chips.

Simulating non-equilibrium quantum lattices via time-dependent variational Monte Carlo and MPOs.

Julia module for detecting and analyzing shocks in CFD simulations with the Euler equation (Euler2D developed by Alexander Fleming at STCE, RWTH Aachen University). This module serves as the software development project of the Computational Engineering Science study at RWTH Aachen in 2024.

A simple set of tools for the research I am doing this summer.