einstein-field-equations

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

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

a "Main" repo for my math notes.

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

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

Numerical relativity through automatic differentiation

Physics, Quantum, Classical, GR/SR.

JAX BSSN is an implementation of the BSSN evolution equations for fully dynamical simulations of the Einstein field equations

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.

Notes, SymPy checks and discussions on Einstein's field equations of general relativity

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

Classical Quantum domains, Gravitation space time, Mass Displacement , Mass Scatter displacement, Co Location. Gravitional Wave effect localised and Universal

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

A propose → verify → evolve loop for exact solutions of Einstein's field equations — genetic programming proposes, SymPy proves (theorem or nothing). Also: proven Kaluza–Klein/thermodynamic-gravity theorems, chaos as a LISA signature, and the first Python Cartan–Karlhede equivalence-problem solver.