Package for data-driven and phenomenological gravitational waveform models

Python API for low-level analysis of NR data: Psi4, strain, modeling, lal+pycbc interface when appropriate

NRPyPN: Validated Post-Newtonian Expressions for Numerical Relativity

An optimized Relativistic code for ADM/BSSN 3+1 decomposition, Analytical computes and Geodesics tracer over a Kerr/schwarzschild and kdS/adS metrics (using AVX2 and AVX512 intrinsics, tested on different configurations like Intel Xeon Phi Knight Landing)

A translation of crucial parts of GRTL in torch for accelerated learning

Simple codes to run 3+1 ADM and BSSN evolutions of Kasner initial data

Python Wrapper for GRChombo. Maintainers: @Masquerade0097 @spino17

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

Heron is a surrogate modelling toolkit for python, using Gaussian process regression.

Numerical Relativity Simulation with modified BSSN formulation. (Deprecated)

Converting Mathematical Equations Like Tensorial Equations to C Programming Language. For example, in numerical relativity (NR), one can write Einstein's equations in C progrmming language.

A unified interface to various catalogs of Numerical Relativity simulations of compact binary mergers.

Scalar field large-scale structure formation

Supplementary material for my PhD thesis titled "Characteristic formulations of general relativity and applications".

This repository is for the numerical simulations in relativity.

Numeric General Relativity Computations

🍣 Illustrative Numerial Relativity exercises

Probabilistic Numerical Relativity simulation toolkit (pilot study)

A numerical relativity waveform catalogue tool for python