Pinned Repositories
12p5yr_stochastic_analysis
Analysis and tutorial materials associated with the NANOGrav Collaboration's search for an isotropic stochastic gravitational-wave background in 12.5-years of precision millisecond pulsar timing data.
21cmFAST
21cmMrichartepy21cmmc_wv
A plugin for 21CMMC which uses a likelihood based on wavelets
21cmpyIonication
PyCUDA based implementation of 21cmFAST
21cmSense
Code for calculating the sensitivity of 21cm experiments to the EoR power spectrum
2nd-order-teuk-derivationsMathematica
Mathematica notebook of derivations of Teukolsky equation and metric reconstruction
2PCFCuda
encore: Efficient isotropic 2-, 3-, 4-, 5- and 6-point correlation functions in C++ and CUDA
2PCFLuizeboss_clustering
Code used for cosmological analysis of eBOSS correlation functions
2PCFMOckcasepyEZmock
Python wrapper of Effective Zel'dovich approximation mock (EZmock)
hubFrct_2021nakedacosutcicinsgularity
Data and Analysis Codes for the Hubble Friction Experiment.
WolffeM's Repositories
WolffeM/2PCFCuda
encore: Efficient isotropic 2-, 3-, 4-, 5- and 6-point correlation functions in C++ and CUDA
WolffeM/Analytical-compressed-covMaythematicaPS
This repository contains the codes to calculate the analytical covariance matrix and MOPED compression for galaxy power spectrum.
WolffeM/AquiSupernovae-Analysis-with-MCMC
Data analysis of 1701 supernovae distances to estimate cosmological parameters using Markov Chain Monte Carlo
WolffeM/astroMLMArtinRicharte
Machine learning, statistics, and data mining for astronomy and astrophysics
WolffeM/bayesian_sdss
A Bayesian CNN approach to SDSS image data classfication
WolffeM/cmb_footprintCMBmapas
Library to plot footprints of cosmological surveys
WolffeM/CobayaBAO_DESIPlanckAquixxx
Repository with Fitting Code for BAO as part of DESI KP4
WolffeM/Cosmology-Final-Project
In this project we explore how Bayesian inference is used in cosmology and astrophysics for a simple example. The model will be fitted to supernovae data with the modulus distance equation.
WolffeM/dark_emulator_publicaquiML
A cosmological tool for emulation of various basic statistics of dark matter haloes based on Dark Quest project (https://darkquestcosmology.github.io/).
WolffeM/deepszUQcollassousValerio
WolffeM/densitysplitMRicharte
WolffeM/DR4_DR5_NotebooksCOLDSPOTXXX
WolffeM/dr6-transfer-notebookACTcollaboration
Jupyter notebook to help compute the DR6 lensing transfer function for use in cross correlations.
WolffeM/FCFCCorrelationfunctionGalaxiesAquixxx
Fast Correlation Function Calculator
WolffeM/fdringdownBH
Frequency-domain analysis of ringdown signals.
WolffeM/Gravitational-Wave-Open-Data-Workshop-2023
The Open Data Workshop being conducted is part of a series that started in 2018. This workshop aims to provide participants with a crash-course in gravitational-wave data analysis.
WolffeM/Gravitational_WaveBH
Collection of Mathematica notebooks worked out for a variety of papers and books. Utilizes the General Relativity Tensors package from the Black Hole Perturbation Toolkit package. If you don't have access to Mathematica, you can still read the files by using Wolfram Player available here: https://www.wolfram.com/player/
WolffeM/HirataDARA_21cm_Signal_Simulation
A simple semi-numerical 21-cm signal simulation code created for the 2023 DARA Global 21-cm Astronomy Workshop
WolffeM/Luiz2PCFxxcontinuous-estimator
a continuous-function estimator for the two-point correlation function
WolffeM/MAuricioAquiXXXXXMathematicaNP-and-GHP-Formalisms-for-2nd-order-Teukolsky
WolffeM/NoruegaAquixxxxxObserved-EB-Power-Spectrum
WolffeM/PR4_NILC_y-mapydistortionCMBMAPSverlo
This repository holds the products and some input data from the reconstruction of Compton parameter y-map of thermal Sunyaev-Zeldovich effect from the Planck NPIP data using the Needlet ILC (NILC) algorithm.
WolffeM/provabgsgalaxyemulator
PRObabilistic Value-Added Bright Galaxy Survey (PROVABGS)
WolffeM/quantum-demo
Demonstration material for undergraduate quantum mechanics
WolffeM/Rate-galaxy-simulation-with-Anomaly-Detection
WolffeM/sage-jupyterMR
SageMath files (via Jupyter Notebooks) that give an introduction to using SageMath to explore select topics in Abstract Algebra and Cryptography. Note that no local installation of SageMath or Jupyter Notebooks is required to access and use this Project
WolffeM/SingleFieldINF_Powerspec_PBH
WolffeM/spherical-collapse-in-cosmology
Press-Schechter theory and spherical collapse in cosmology
WolffeM/SS4202_ProjectGABY
Space Astronomy project
WolffeM/strong_lensing_lectures
A set of interactive lecture notes about strong gravitational lensing