Annotated implementations of equivariant graph neural networks in Jax: EGNN, SEGNN, NequIP.

Basis Function Expansion C++ library and Python package for running N-body galactic simulations and dynamical discovery

This is Nbody6++GPU, an N-body star cluster simulation code, maintained by Rainer Spurzem and team.

a real-time N-body simulation with the Barnes-Hut algorithm and CUDA

This project implements a N-Body Simulation using OpenCL and OpenGL. It can be used to benchmark both GPU and CPU.

N-Body simulation using Axolote Engine

Particle-mesh code in Python 3 for N-body simulations on galaxy structure and evolution.

Wisdom-Holman integrator augmented with physics informed neural interaction Hamiltonian for the gravitational N-body problem

Benchmark of kernel matrix-vector products and inversions (regression, system resolution).

Astronomical simulations for the Second Life virtual world. Includes a scale model simulation of the solar system, including orbits of asteroids and comets from their orbital elements, simulation of stars orbiting the central black hole in the Milky Way, and a general n-body gravitational system simulator.

A simulation of the n-body problem in a web app.

A fast astrophysical N-body simulator, written in Python and Cython.

Spatial decomposition without space filling curves

Modeling Protoplanetary dust disk in the presence of a Giant Planet

Online Crash Course on Numerical Astrophysics

Моделирование различных динамических процессов с использованием методов вычислительной математики

pyCOLA is a multithreaded Python/Cython N-body code, implementing the Comoving Lagrangian Acceleration (COLA) method in the temporal and spatial domains.

A Python project consisting in simulating black holes interacting with each other and rendering them using ray tracing

Overview, code (sample cases) and project report of my second semester course project

This is COLAcode: a serial particle mesh-based N-body code illustrating the COLA (COmoving Lagrangian Acceleration) method.