A survey of computational physics problems in Python. Includes quantum mechanics, electrostatics, ODEs, PDEs, Monte Carlo, Fourier analysis, molecular modeling, cluster growth, genetic algorithm, dynamical systems and other fun stuff.

A repository of codes for computational physics in Python.

This Python script solves the Navier-Stokes equations using Physics-Informed Neural Network. This approach enables the modeling of fluid dynamics problems by learning the velocity field and pressure distribution around a cylindrical obstacle in a flow, as is commonly encountered in computational fluid dynamics (CFD).

Computational Physics A in the fall semester of 2022 at USTC (Python Verison)

A serie of pre defined physical simulations in C and Python that i did to practice different numerical methods of solving problems during my course of computational methods for physics.

This repository contains all the practicals related to Computational Physics (Python). The practicals are written in Python.

This repository is dedicated to my thesis, titled "Constraints on the Nuclear Equation of State induced by Binary Neutron Star Mergers", completed as part of my Bachelor's degree in Physics. The repository contains the code I developed in python for the computational part of my study as well as the thesis in pdf.

Python codes for computational physics.

Computational physics exercises in python from Computational Physics by Mark Newman

Computational Physics notebooks in Julia and Python.

A collection of utilities for computational physics, mostly condensed matter physics, written in python.

Datasets and environment settings for KYA320 computational physics exercises in python.

The practicing for Computational Physics, writing in Fortran, C, Matlab and Python.

A comprehensive review of computational physics in python. Fork this repository to learn more about comp physics! :)

This repository contains some computational methods used in Physics (or sciences in general) implemented in Python.

Python codes for course Computational Physics, taught by Prof. Xu Feng in Autumn, 2018.

python codes for solving physics equation(namely eigenvalues,eigenvectors,differential equations,etc) using some famous algorithms in computational physics literature.

Solved exercises in Python assigned during the course of Laboatory of Computational Physics Module A.

Steven Koonin Computational physics exercises and projects done using python. This is a work in progress

Python code for the "Multivariate Analysis" part of the course "Advanced Computational Physics" of the Master Degree in Physics of the University of Santiago de Compostela.

Numerical methods and core algorithms for computational physics, including integration, ODE solvers, eigenvalue problems, and Monte Carlo techniques, implemented in Python.

A GitHub repository showcasing my computational physics projects, including simulations, Monte Carlo integrations, quantum mechanics, and more, implemented in Julia and Python.

A smoothed particle hydrodynamics code for a basic planet collision simulation written in Python. This was created for a project in a computational physics class in winter 2022.

This repository contains the final report and the python scripts used to solve exercise problems in the computational physics (P346) project on the topic - Google Page Rank Algorithm.

This repository will be used to upload the assignments for the computational physics (P346) course. This repository got its name as it resonates with the course name along with my comfort to program in Python.

A specialized Python-based data analysis tool for Computational Physics. It processes large-scale Molecular Dynamics (MD) dump files to calculate polymer elasticity, probability distributions, and end-to-end distance metrics for academic research in University of Freiburg.

Investigated how the dimension of fractals change with their growth. Used C++ to simulate DLA while using Python to analysis the data created. The findings were written up in a report. Coursework for Computational physics at the University of Bath.

Investigated how a ferromagnetic system of spin microstates were affected by different temperatures. Used C++ to simulate the Ising Model while using Python to analysis the data created. The findings were written up in a report. Coursework Computational for physics at the University of Bath

A Python-based computational physics project that visualizes the 3D infinite potential well (quantum particle in a box). The code evaluates analytical eigenfunctions on a 3D grid, computes probability densities, verifies normalization numerically, with surface & contour visualizations for physical interpretation of quantum states and energy levels.

Determining the Focal Length of a Lens System Using Python . A project developed for a Bachelor of Science in Physics, focused on calculating the focal length of a system of lenses using Python. This project applies principles of optics and computational analysis to simulate, measure, and verify the combined focal length of multiple lenses.