Numerical solution of the geodesics associated with the Schwarzschild metric.
GPU Optimization of a Black Hole Physics-based raycast simulation
Real-time black hole renderer that integrates the Schwarzschild null geodesic equation once per pixel on the GPU. Shadow, photon ring, Einstein rings, relativistic beaming, and gravitational redshift are computed, not faked.
eine einfache website ueber die farbe der Hitze
Physics, Quantum, Classical, GR/SR.
Computational proof of the Schwarzschild metric in Python — GR time dilation derivation, orbital trajectory simulation, gravitational redshift calculation, and numerical relativity visualisation.
Computational astrophysics simulation — Schwarzschild/Kerr metric photon orbit tracing, gravitational lensing raytracer, and Doppler-shifted accretion disc emission rendering.
General relativity ray tracer in Rust for visualizing geodesics, gravitational lensing, and e.g. Schwarzschild black holes.
Simulação 3D de Geodésicas de Schwarzschild e Disco de Acreção. Utiliza integrador Velocity Verlet e física híbrida (RG + Newton) em Python/VPython.
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