QuAcK: a software for emerging quantum electronic structure methods

Real-time Interactive Barnes-Hut N-Body Simulator. Create galaxies, apply forces, visualize spatial partitioning, parameterize simulation physics and entities, etc.

An advanced N-body model for interacting multiple stellar/asteroidal systems (ξ Tauri, (216))

N-Body simulation using Axolote Engine

Moved to Gitea: https://gitea.com/matous-volf/body-problem. A simulation of the n-body problem in a web app.

Code to solve the 3D N-body problem.

Create and explore 3D N-body simulations.

My first n-body simulation project. Naive algorithm with O(n^2) time complexity. Written in C++, SFML for visualization.

A robust, simple yet complete n-body integrator

AI tries to solve the N-Body-Problem

Ces fichiers permettent de simuler l'approche du problème à N corps dans le système solaire

Implementation of a parallel algorithm solving a simplified n-body problem

N-body model of Saturn and some of its moons with python.

💻 N-Body problem parallelization with OpenMP and MPI

N-body simulation in pygame. Saving/loading, pausing, custom colours, trails, auto-following camera.

Simulator of colliding galaxies using the N-body Barnes-Hut algorithm

A lightweight Java project for simulating and plotting ODEs — ideal for learning and experimenting with dynamic systems modelling.

Parallel implementation of the N-Body-Problem using MPI environment over c

Approximation to the three-body problem. Calculation of the trajectory of Jupiter, one of its moons and the Sun. Using the velocity verlet algorithm.

This project simulates the individual trajectories of N-bodies under the effect of gravitation.