Raylend

Raylend's Stars

• erusseil/MvSR-analysis

  Main analysis of the MvSR paper

  Language:Jupyter Notebook132

• cajohare/AxionLimits

  Data, plots and code for constraints on axions, axion-like particles, and dark photons

  Language:Jupyter Notebook12749

• sherpa/sherpa

  Fit models to your data in Python with Sherpa.

  Language:Python15752

• Swift-SOT/swifttools

  Python API client for NASA's Neil Gehrels Swift Observatory

  Language:Python51

• carmeloevoli/The_CR_Spectrum

  The Cosmic Ray spectrum plot

  Language:Python368

• sncosmo/extinction

  Fast interstellar dust extinction laws in Python

  Language:Python439

• DariaGangardt/pAGN

  Python package to solve AGN disk model equations.

  Language:Jupyter Notebook121

• Des0053/Bethe-Heitler-Injection-Rate-Analytical-Approximation

  Python class-script providing an analytical approximation of the pair distribution produced due to Bethe-Heitler pair production.

  Language:Python2

• pegasuskmurase/ModelTemplates

  This repositroy gives data for model templates used in publications by Kohta Murase.

  3

• alexkorochkin/EBL-model

  Language:C++11

• 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++125

• snakemake/snakefmt

  The uncompromising Snakemake code formatter

  Language:Python15729

• steob92/swift-uvot-analysis-tools

  Python wrappers for running through basic UVOT photometry

  Language:Python22

• KarlenS/swift-uvot-analysis-tools

  Python wrappers for running through basic UVOT photometry

  Language:Python1710

• nordam/FY8503

  Notebooks and scripts used in teaching FY8503 Advanced theoretical physics at NTNU in the autumn of 2023.

  Language:Jupyter Notebook42

• showyourwork/showyourwork

  A workflow for reproducible and open scientific articles

  Language:TeX58649

• mariapetro/LeHaMoC

  Leptonic-Hadronic Modeling Code for High-Energy Astrophysical Sources

  Language:Jupyter Notebook115

• Autostronomy/AstroPhot

  A fast, flexible, automated, and differentiable astronomical image 2D forward modelling tool for precise parallel multi-wavelength photometry

  Language:Python919

• xrod/lephad-blazars

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

  Language:Jupyter Notebook133

• HDembinski/jacobi

  Numerical derivatives for Python

  Language:Jupyter Notebook446

• nj-vs-vh/carpet3-monte-carlo

  Language:C++1

• libgamera/GAMERA

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

  Language:C3120

• gammapy/gammapy-recipes

  Gammapy notebooks recipes

  Language:Jupyter Notebook511

• jakevdp/BayesianAstronomy

  Bayesian Methods in Astronomy workshop, presented at AAS227

  Language:Jupyter Notebook11936

• nordam/ComputationalPhysics

  Jupyter notebooks with code examples, as shown in the lectures of TFY4235 Computational Physics at NTNU, spring 2016 and spring 2021.

  Language:Jupyter Notebook3414

• nj-vs-vh/fermi-pks1510-089

  SINP MSU Astroparticle Physics

  Language:Jupyter Notebook11

• cosimoNigro/agnpy

  Modelling jetted Active Galactic Nuclei radiative processes with python

  Language:Jupyter Notebook5032

• handley-lab/anesthetic

  Nested Sampling post-processing and plotting

  Language:Python5717

• andrewfowlie/ns_for_p_values

  Language:Python3

• deepsphere/deepsphere-cosmo-tf1

  A spherical convolutional neural network for cosmology (TFv1).

  Language:Jupyter Notebook13130