ZhangMing-1995

ZhangMing-1995's Stars

• cmbant/CAMB

  Code for Anisotropies in the Microwave Background

  Language:Fortran20421104154

• sibirrer/strong_lensing_lectures

  A set of interactive lecture notes about strong gravitational lensing

  Language:Jupyter Notebook513013

• janosch314/GWFish

  Simulation of detector networks with Fisher-matrix PE

  Language:Jupyter Notebook3782422

• tijmen/cosmosage

  Fine-tune a 7B LLM on cosmology datasets

  Language:Python26421

• ark0015/gwent

  Gravitational Wave dEtector desigN Toolkit

  Language:Python23208

• shsuyu/H0LiCOW-public

  Language:Jupyter Notebook18905

• CosmoLike/cocoa

  Language:C178111

• NoahSailer/FishLSS

  Fisher forecasting code for Large Scale Structure surveys using Lagrangian Perturbation Theory.

  Language:Jupyter Notebook16104

• koustavchandra/gwforge

  A lightweight code to generate mock gravitational wave detector data using user-defined population and arbritary detector sensitivity.

  Language:Python14215

• AarhusCosmology/connect_public

  Public branch of CONNECT

  Language:Python114194

• cgiovanetti/LINX

  A fast, differentiable, and extensible public BBN code

  Language:Jupyter Notebook1140

• CosmicFish/CosmicFish

  This is the official CosmicFish developers git repository

  Language:C++106257

• Mauropieroni/fastPTA

  A python code to forecast the sensitivity of future Pulsar Timing Array (PTA) configurations and assess the parameter estimation of Stochastic Gravitational Wave Background (SGWB)

  Language:Python103100

• sibirrer/hierArc

  Hierarchical inference of cosmological parameters from a set of strong lensing systems

  Language:Jupyter Notebook107410

• ezquiaga/spectral_sirens

  Spectral siren cosmology with the population of compact binary coalescences

  Language:Python8200

• sfu-cosmo/MGCobaya

  MGCAMB to work with Cobaya

  Language:HTML6100

• sibirrer/TDCOSMO_forecast

  Forecasting precision in the Hubble constant with future strong lensing data sets

  Language:Jupyter Notebook4301

• ajshajib/dark_energy_forecast_rubin_strong_lensing

  Language:Jupyter Notebook3100

• maddmhep/maddm

  Language:Python31

• PoulinV/class_decays

  a new version of CLASS with decaying particles into massive daughters and decaying neutrinos.

  Language:C35

• jordanflitter/21cmFirstCLASS

  This is an extension of the popular 21cmFAST code that interfaces with CLASS to generate initial conditions at recombination that are consistent with the input cosmological model

  Language:Jupyter Notebook22

• lukashergt/recfast

  Python wrapper for recfast.for

  Language:Fortran2101

• MariaTsedrik/MGrowth

  Language:Jupyter Notebook2101

• mcataneo/mochi_class_public

  Language:C2201

• sabarish-vm/Euclid_w0wa

  Language:Jupyter Notebook2400

• santiagocasas/cosmicfishpie

  CosmicFishPie: Python Fisher Matrix code for Cosmological probes

  Language:Jupyter Notebook2330

• SBU-COSMOLIKE/CAMBLateDE

  CAMB modification that implements many parametrizations for the dark energy equation of state

  Language:Fortran20

• xastprl/DarsakX

  DarsakX is a Python package that can be used to design and analyze the imaging performance of a multi-shell X-ray telescope with an optical configuration similar to Wolter-1 optics for astronomical purposes.

  Language:Python2110

• classULDM/class.VFDM

  Language:C1

• SBU-COSMOLIKE/CAMB-Monodromic

  CAMB Modification that implements the Monodromic Quintessence and K-Essence models from https://arxiv.org/pdf/1709.01544.pdf

  Language:Fortran1