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This repository has been archived on 21/Jul/2022
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Fortran
Created almost 10 years ago
Updated almost 4 years ago

sdorsher

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Fortran code written to compare the output of Peter's code to the new C++ code. Based on Peter Diener's discontinuous Galerkin 1D code for a scalar field around a Schwartschield BH with hyperbolical slicing in Fortran.

CPP-General-Relativity-wave-equation-simulation

Numerical Relativity computation of a black hole binary inspiral in the extreme mass ratio limit. Scalar approximation, Schwarzchild background. Self-force, effective source. Currently broken and not under development. Requires a private library anyway.

C++

ThreeBodyOrbits

Jupyter Notebook

BHrayTracingImageMPIpython

LSU computational physics 2 final project

Mathematica

PythonNumericalAndStatisticalErrorAnalysis

Python and bash scripts using the output of the Fortran code to use the exponential convergence of the Discontinuous Galerkin error to extrapolate to the infinite order value, then sum over multipole modes to obtain the self force in an extreme mass ratio black hole binary inspiral, modeled using a scalar effective source. My python code analyzing output from the Fortran code.

Python

sdorsher/DG1D-Fortran-test

sdorsher

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