PB-316

PB-316's Stars

• ernestyalumni/CompPhys

  CompPhys - a Computational Physics repository

  Language:Jupyter Notebook876336

• Lukas-T-W/SIGWfast

  Computation of scalar-induced gravitational wave spectra

  Language:Python13206

• DR-algo/DRalgo

  DRalgo is an algorithmic implementation that constructs an effective, dimensionally reduced, high-temperature field theory for generic models.

  Language:TeX122161

• HighPT/HighPT

  HighPT (pronounced 'hyped') is a calculator for High-pT Tail observables.

  Language:Mathematica10621

• llprecasting/recastingCodes

  A collection of public codes for recasting long-lived particle searches

  Language:Jupyter Notebook1011

• aethomsen/RGBeta

  A Mathematica package for the computation of renormalization group beta functions.

  Language:Mathematica9452

• tongylin/DarkELF

  Calculating dark matter scattering and absorption rates with the energy loss functions (ELF)

  Language:Python8214

• GabrieleMonte/WarmSPy

  Language:Jupyter Notebook70

• AlbertoRoper/GW_turbulence

  Generates gravitational wave results from numerical simulations of MHD turbulence performed using the Pencil Code.

  Language:Jupyter Notebook5205

• moritzhuetten/dmbounds

  A database for indirect Dark Matter limits

  Language:Jupyter Notebook53211

• NBAlexis/MLAnalysis

  Language:Mathematica5103

• mjg-phys/cdm-computing-subgroup

  This will be the git repository for the CDM Computing Subgroup

  Language:Jupyter Notebook4309

• ycwu1030/EvoEMD

  Evolution with an Early Matter-Dominated era

  Language:C++4301

• zheng-lh/UBER

  Universal Boltzmann Equation Solver

  Language:Fortran4150

• ekdonald/DMandReheatingTools

  A python package for studying all scenarios of reheating in the early universe with decaying/scattering inflaton and evaporating black hole. Also, allows compute the relic abundance of dark matter produced by the evaporating PBH. Inflaton decays into Standard Model only.

  Language:Python3

• ekdonald/ReheatingPyTools

  A python package providing the solution of the Friedmann - Boltzmann equations for Primordial Black Holes + Inflaton + SM radiation + BSM Models. Allows to study different reheating scenarios in the universe post stochastic inflation and pre radiation domination.

  Language:Python3

• cbpark/mcggh

  Parton-level Monte Carlo studies at hadron colliders

  Language:C++2400

• DMGW-Goethe/DRansitions

  Interface between DRalgo and Comsotransitions

  Language:Python2000

• ekdonald/RpvBayesScan_v1.0

  A data driven sampler of SUSY models, using both Bayesian and Likelihood based statistics.

  Language:Fortran2

• ekdonald/Superpy4munuSSM

  Sampling regions of susy mathematical models' parameter spaces that are in best agreement with experimental data.

  Language:Fortran2

• fmuia/GWplots

  Fully customizable gravitational waves plots.

  Language:Python210

• jjerhot/ALPINIST

  Axion-Like Particles In Numerous Interactions Simulated and Tabulated

  Language:Mathematica210

• WilliamHirst/MasterThesis

  This is the repository of my thesis.

  Language:Fortran2200

• alal1960/git

  Language:Jupyter Notebook120

• cbravo135/BaryoGEN

  Monte Carlo generator for studying the phenomenology of Sphaleron transitions

  Language:C++1202

• cosmicinflation/fieldinf

  FieldInf: an exact solver for linear cosmological perturbations during inflation

  Language:Fortran1200

• JRicardoTH/Cosmic_Inflationary_Models

  Resources on the exploration of predictions of multiple cosmic inflation models (physics) made for an academic thesis and Seminar presentation.

  Language:Jupyter Notebook110

• koppj/dune-hnl

  Python code for HNL sensitivity study in the DUNE ND from arXiv:2102.03383

  Language:Jupyter Notebook10

• mariaubiali/ALPsPheno

  Language:Jupyter Notebook1100

• SModelS/smodelsv2-paper

  Repository for the SModelS v2.0 physics paper

  Language:HTML1200