generalrelativity

Visualising the spacetime geodesics of general relativity

Geometric Modelling and Parameter Estimation using Black hole Images for EHT including VLBI

TOV Solver for neutron star structure calculations.

A black hole simulation and rendering project in Unity

Here is a Julia script to solve the TOV equations and calculate (Mass, Radius, and Tidal Deformability).

A simple script written using symbolic python that takes as input a desired metric and automatically calculates and outputs the Christoffel Pseudo-Tensor, Riemann Curvature Tensor, Ricci Tensor, Scalar Curvature and the Kretschmann Scalar

My Final Project using ipywidgets to make two notebooks in the Einsteinpy package more interactive. The two notebooks I chose were "Shadow cast by an thin emission disk around a Schwarzschild Black Hole" and "Plotting Spacial Hypersurface Embedding for Schwarzschild Space-Time"

This was part of General Relativity course presentation. Acknowledgement-Highly grateful to my project groupmates-Shivam,Vaidehi,Shreesha,Harikesh and Samrat for their constant help and feedbacks in making this possible.

A non-euclidean ray tracing engine that models general relativity.

Supplemental materials to a scientific paper on the computation of Quasinormal Modes in a non-commutative model for Schwarzschild black holes

🚀🧑‍🚀 Final-Year Thesis on Orbital Motion about Black Holes

The Geometry of Spacetime. Interactive 3D model for "D = T × φ⁴: The Geometry of Spacetime" — Paper: https://doi.org/10.5281/zenodo.18438693.

Tensor Toolkit is a computing and physics simulation framework for studying gravitational systems across Newtonian and general relativity.Combining orbital, flyby, and trajectory analysis, spacetime metric sampling, tensor-field calculations, simulations, and validation to investigate interactions with gravitational fields and curved spacetime.