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fortran-examples

homeworks and useful examples

fourierdomaineccentricwaveform

Frequency domain inspiral templates for comparable mass compact binaries in eccentric orbits

fsstn

High-Order Synchrosqueezing Transform for Multicomponent Signals Analysis

galacticdnsmass

A demonstration of how bayesian inference and nested sampling allows us to explore the mass distributions of Galactic Double Neutron Star systems.

gaseous-model

Modelling galactic nuclei with self-gravitating, conducting gas spheres.

gbgpu

gdr_gwcosmo_tutorial_2020

This is the repository for the gdr gwcosmo tutorial

gennet

Returns posterior estimates on GW waveform parameters given a GW waveform buried in noise.

ggwd

Use PyCBC / LALSuite to generate synthetic gravitational-wave data (e.g., for machine learning endeavors).

gibbs_demo

Demonstration of Gibbs sampling

git-of-theseus

Analyze how a Git repo grows over time

github-readme-stats

gp

A tutorial about Gaussian process regression

gpr_chris_zoheyr

Repository for ROM workshop

gpu-mcmc

gpu_and_gws_tutorial

A notebook-based GPU tutorial designed for Google Colab.

gpucbc

Code for CBC parameter estimation with GPUs

gr1d

General Relativistic, Spherically Symmetry, Neutrino Transport Code for Stellar Collapse

gradient-checkpointing

Make huge neural nets fit in memory

gravitational-waves

Workshop notebooks explaining how matched filtering and MCMC techniques are used to detect gravitational waves.

gravitational-waves-playground

Make gravitational waves visible in an interactive iPad simulation.

great

GREAT = General Relativistic Eigenmode Analysis Tool

gridfluidsim3d

A PIC/FLIP fluid simulation based on the methods found in Robert Bridson's "Fluid Simulation for Computer Graphics"

gtc2019-numba

Numba tutorial for GTC2019

gw-denoiser

CNN-LSTM autoencoder model to extract binary black hole gravitational wave signals from detector noise.

gw-detection-deep-learning

Gravitational wave detection in real noise timeseries using deep residual neural networks

gw-intro

A short introduction to working with gravitational wave data.

gw-irfu

Open-source codes for data analysis of gravitational wave signals released by the IRFU team

gw150914-fig4b

Scripts to reproduce the right hand plot shown in Figure 4 of https://journals.aps.org/prl/abstract/10.1103/PhysRevLett.116.061102

gw150914_investigation

Investigating the noise residuals around the gravitational wave event GW150914