422314581

422314581's Stars

• cescalara/icecube_tools

  Python tools for working with the IceCube public data.

  Language:Python158

• Ohervet/Bjet_MCMC

  Bjet_MCMC is a tool to to automatically model multiwavelength spectral energy distributions of blazars, considering one-zone synchrotron-self-Compton (SSC) model with or without the addition of external inverse-Compton process from the thermal emission of the nucleus. It also contains manual fitting functionalities for multi-zone SSC modeling.

  Language:C++115

• xrod/lephad-blazars

  Results from numerical leptohadronic simulations of 324 gamma-ray blazars (Rodrigues et al 2023)

  Language:Jupyter Notebook113

• mariapetro/LeHaMoC

  Leptonic-Hadronic Modeling Code for High-Energy Astrophysical Sources

  Language:Jupyter Notebook85

• cosimoNigro/agnpy_paper

  Repository containing scripts to produce the plots in the agnpy paper.

  Language:Python42

• threeML/threeML

  The Multi-Mission Maximum Likelihood framework (3ML)

  Language:Python7259

• zwicker-group/py-pde

  Python package for solving partial differential equations using finite differences.

  Language:Python40952

• me-manu/ebltable

  Python package to read in tabulated photon densities and gamma-ray opacities

  Language:Jupyter Notebook1212

• ChristophWendel/PhD-project

  Python code developed and used during my PhD time

  Language:Python1

• swagner-astro/lightcurves

  A package to analyze any kind of light curve/time series, e.g. with Bayesian Blocks, flare fitting (HOP), and a stochastic processe

  Language:Jupyter Notebook97

• ivkram/bayesianblocks

  Script for binning light curves via bayesian blocks method

  Language:Python22

• zblz/naima

  Derivation of non-thermal particle distributions through MCMC spectral fitting

  Language:Python4554

• google/latexify_py

  A library to generate LaTeX expression from Python code.

  Language:Python7.2k380

• andycasey/ads

  Python tool for ADS

  Language:Python16771

• johnaparker/fplanck

  Numerically solve the Fokker-Planck equation in N dimensions

  Language:Python8028

• icecube/toise

  Framework to describe the performance of high-energy neutrino detectors

  Language:Jupyter Notebook92

• nu-radio/NuRadioMC

  A Monte Carlo simulation package for radio neutrino detectors

  Language:Python3335

• mceq-project/MCEq

  Matrix cascade equation core code

  Language:Python3033

• open-gamma-ray-astro/gamma-astro-data-formats

  Data formats for gamma-ray astronomy

  Language:Python3027

• rafaelab/MonteCarlo_astro_course

  Examples for the course Monte Carlo Methods in Astrophysics

  Language:Jupyter Notebook41

• vermaseren/form

  The FORM project for symbolic manipulation of very big expressions

  Language:C1.1k136

• carmeloevoli/sophia_next

  C++ Version of the old SOPHIA code

  Language:C++1

• indigo-astronomy/indigo

  INDIGO is a system of standards and frameworks for multiplatform and distributed astronomy software development designed to scale with your needs.

  Language:C14966

• aliutkus/torchinterp1d

  1D interpolation for pytorch

  Language:Python16519

• libgamera/GAMERA

  A C++/python library for source modeling in gamma astronomy

  Language:C2920

• jcjohnson/pytorch-examples

  Simple examples to introduce PyTorch

  Language:Python4.7k926

• okolo/mcray

  Language:C++124

• cescalara/fancy

  UHECR modelling and fitting tools

  Language:Python46

• aafragpy/aafragpy

  Python implementation of high-energy hadronic interaction model AAfrag (based on QGSJEt-II-04m)

  Language:Jupyter Notebook81

• hveerten/katu

  Language:C124