JLR

teuk-fortran-2020. Numerically solve the Teukolsky equation for the linear perturbation of psi4, reconstruct the metric from psi4, and solve the second order teukolsky equation for the second order perturbation of psi4, all about a Kerr black hole background.

TeukolskyQNMFunctions.jl. Computes quasinormal modes and eigenfunctions to the Teukolsky equation in HPHC coordinates.

scalar-field-kerr. Solves the equations of motion for a single self-interacting scalar field about Kerr black hole spacetimes.

TeukEvolution.jl. Evolution of Teukolsky equation in the time domain. One goal for this code: that is is an "improved" version of the teuk-fortran code

one-dim-amr. A simple one dimensional amr code

Statistics-Notes. Notes on statistics

2nd-order-teuk-derivations. Mathematica notebook of derivations of Teukolsky equation and metric reconstruction

sci-vis. Basic scientific visualization routines in python

Review-Horndeski-NR. Review of numerical relativity methods for Horndeski gravity.

Example-Tikz-Figures. Example tikz figures that I have made over the years. These are probably not useful for anyone but myself.

NRTidal-D. Scripts for data analysis of the dissipative tidal deformability.

MCMC-Examples. Example implementation of various MCMC algorithms.

cheb-fftw-py. Python

spherically-symmetric-4dST. Code to run dynamical simulations of Z2 symmetric EdGB gravity in spherical symmetry

teuk-fortran-experimental. Experimental version of teuk-fortran. Use at your own risk! If you find any strange behavior with the code, please let me know.