gamma-ray-astronomy
There are 4 repositories under gamma-ray-astronomy topic.
- Language:Python 43
fermi-lat / Fermitools-conda
Conda recipe files for the Fermi Sciencetools software analysis package: Fermitools
Language:Python 34open-gamma-ray-astro / gamma-astro-data-formats
Data formats for gamma-ray astronomy
Language:Python 29- Language:Python 27
cosmicrays / hermes
HERMES is a publicly available computational framework for the line of sight integration over galactic radiative processes which creates sky maps in the HEALPix-compatibile format.
Language:C++ 21- Language:Python 15
rsnemmen / Fermi-LAT-tutorial
Tutorial for Fermi LAT analysis hands on session: CTA School 2017, Sao Paulo
Language:Jupyter Notebook 14First version of the code - last update Dec 2015
Language:C++ 12- Language:Jupyter Notebook 12
- pynchrotron
grburgess / pynchrotron
Implements synchrotron emission from cooling electrons
Language:Python 11 - Language:Python 11
black-hole-group / fermipy-tutorial
Fermi-LAT analysis lesson with FermiPy
Language:Jupyter Notebook 9- Language:C++ 6
smsharma / phd-thesis
Princeton Ph.D. dissertation, defended August 2018.
Language:TeX 6gwastro / gw-longgrb
Inspired by a recent report that a long gamma-ray burst could be made from a binary neutron star merger, we search for asscoiated gravitational-wave signals and long gamma-ray bursts
Language:Jupyter Notebook 5- Language:Python 5
- Language:Python 4
- Language:C++ 4
sgibson91 / magnetar-propeller
Magnetar Propeller Model with Fallback Accretion
Language:Jupyter Notebook 3ervinkafex / LibppGam
This library contains the p+p->gamma production cross sections implemented in Python, C/C++, Fortran and Matlab. For details, see Phys.Rev. D90 (2014) 12, 123014
Language:MATLAB 2Fabrizio-Cogato / A-late-Universe-approach
Main tools and results from arxiv:
Language:Python 2FloList / GCE_NN
This repository contains the Tensorflow implementation of the papers "Dim but not entirely dark: Extracting the Galactic Center Excess' source-count distribution with neural nets" (arXiv:2107.09070) and "The GCE in a New Light: Disentangling the γ-ray Sky with Bayesian Graph Convolutional Neural Networks" (arXiv:2006.12504).
Language:Python 2- Language:Java 2
rafaelab / grplinst
Module for the CRPropa code to calculate the effect of plasma instabilities on the development of electromagnetic cascades
Language:C++ 2Suite of code that models fallback accretion onto a magnetar and uses MCMC to fit this to samples of GRBs
Language:Python 2- Language:Python 2
amacaluso / Machine-Learning-for-particle-discrimination
This project contains the code to perform a task of Particle identification (PID) in Astrophysics, comparing Deep Learning and Classical Machine Learning approaches. Data are provided by Agile team (http://agile.rm.iasf.cnr.it/) and the goal of the analysis is to provide a Statistical model which is able to distinguish gamma-ray photon for background particles.
Language:Python 1cherenkov-plenoscope / cable_robo_mount
a novel mount for the Cherenkov-plenoscope
Language:Python 1- Language:Python 1
konnononko / TeVSkyPlotter
ROOT (Cern) macro to create a TeV gamma-ray source catalog plot.
Language:C 1sfegan / PHD-Thesis-2004
A very high energy gamma-ray survey of unidentified EGRET sources
Language:TeX 1ShreyaPatil1199 / Magic_Telescope_Classification
Welcome to the MAGIC Gamma Telescope project! 🌌 The mission is to classify gamma rays and hadrons in astrophysics using machine learning techniques like Logistic Regression, Decision Tree, Random Forest, and Ensemble. Unraveling the universe's mysteries! 🚀 #Astrophysics #MachineLearning
Language:Jupyter Notebook 1- Language:Python 0
USRA-STI / gdt-integral
Gamma-ray Data Tools extensions for the Integral mission
Language:Python 0- Language:Python 0
ambra-dipiano / astroAI
deep learning tools for cherenkov science
Language:Jupyter Notebook
