Coordinate transformations play a pivotal role in computer graphics, robotics, and the broader domains of mathematics and physics. This project introduces a novel computable coordinate system object that bridges the gap between theoretical frameworks and numerical computations.

Numerical solution of the geodesics associated with the Schwarzschild metric.

CUDA implementation of relativistic Monte Carlo code

A performance-portable geodesic ray tracing library.

A gravitational renderer for Mac.

GR Raytracing Sandbox

Ray tracing in curved space-time

Newtonian and relativistic asteroseismology code for simple models of stars.

Easily integrate the geodesics equation using automatic differentiation.

CompactStar is a modular C++ framework for modeling neutron stars, hybrid stars, and exotic compact objects. It includes GR stellar-structure solvers (TOV + Hartle), thermal–chemical–spin evolution, baryon-number–violating (BNV) microphysics, and a full EOS engine for dense matter.

An AMR-based open source code to evolve generalized Proca fields on arbitrary fixed backgrounds

Curved spacetime ray tracer. Make some nice wallpapers.

General relativistic 2d arcade game

A simple 3-D raytracing engine to visualize Black Holes with customizable spacetime metrics.

Trace the motion of objects near horizon with ray-tracing.

Simulation of critical gravitational collapse in rational dimensions with modern C++ and parallel computing.