A Python utility for analyzing a given solution to the Einstein's field equations. Built on Sympy.

GTRPy is a GUI based application that allows users to perform Tensor and 6 different type of field operations in both 3D and 4D

From topology to first principles.

Python port of WarpFactory - a numerical toolkit for analyzing warp drive spacetimes with general relativity: metrics, Einstein solver, energy conditions

This code is written with Mathematica 13.2 and improved by version 13.3. It will compute some key ingredients of standard general relativity.

a "Main" repo for my math notes.

DIfferential Geometry with Python — see the package at the link below

Physics, Quantum, Classical, GR/SR.

Full Math Einsteinn

A reproducible toolkit that classifies inhomogeneous cosmological dynamics in Einstein's field equations through a non-redundant geometric diagnostic phase space with an explicit electric and magnetic Weyl split, validated on six exact and perturbative benchmarks.

Bridging numerical relativity and automatic differentiation using JAX

A propose → verify → evolve loop hunting exact solutions of Einstein's field equations. Genetic programming proposes metrics, SymPy proves them — theorem or nothing — and curvature-invariant fingerprints unmask century-old solutions in disguise.

Model mass-energy systems with the Keebler Equation using a linear algebra engine and 3D visualization to map quantum states to thermodynamic variables.

🌌 Compute key tensors from Einstein's theory using JAX for precise numerical relativity with automatic differentiation.