large-scale-structure
There are 3 repositories under large-scale-structure topic.
- Language:Fortran 232
- Language:C 184
- Language:Python 115
franciscovillaescusa / Quijote-simulations
Large suite of N-body simulations
Language:Python 94- Language:C 45
- Language:Jupyter Notebook 22
abacusorg / AbacusSummit
This is the public repository for the AbacusSummit suite, intended for specifications of the simulations and instructions for reading the files.
Language:Python 20Python code to interface with halo catalogs and other Abacus N-body data products
Language:Python 18- HMcode
alexander-mead / HMcode
Augmented halo model for accurate non-linear matter power spectrum calculations
Language:Fortran 17 A pure Python halo-model implementation for power spectra of any large-scale structure tracer combination.
Language:Jupyter Notebook 17A pure python implementation of HMcode
Language:Python 13oliverphilcox / full_shape_likelihoods
Full-Shape Power Spectrum and Bispectrum Likelihoods
Language:Python 13- Language:Cython 11
florent-leclercq / pyselfi
Simulator Expansion for Likelihood-Free Inference (SELFI): a python implementation
Language:Jupyter Notebook 10- Language:Python 9
- acg
a-cosmology-group / acg
Cosmology Group repo for its public webpage, reviews & publications on tensions in ΛCDM, redshift and the CMB
Language:HTML 7 heracles-ec / heracles
Harmonic-space statistics on the sphere
Language:Python 7tlmakinen / kosmo-kompress
Code for leveraging Information Maximising Neural Networks for optimal cosmological field compression and Bayesian inference for cosmological parameters
Language:Jupyter Notebook 7Public release of data products following the BORG SDSS analysis
Language:Jupyter Notebook 6jhidding / adhesion-example
This is a short astro-physical program showing how to compute the adhesion model, describing the large-scale structure of the Universe, using regular triangulations in CGAL (www.cgal.org), as well as using the Convex Hull algorithm present in Python's Scipy.
Language:Jupyter Notebook 6Estimators and data for window-free analysis of power spectra and bispectra
Language:Python 6rajeshmondal18 / ReionYuga
A semi-numerical code to generate the Epoch of Reionization (EoR) neutral Hydrogen (HI) field.
Language:C 5selvakumardreams / Angular-Large-Scale-Application-Architecture
Guide to architect large scale application in Angular
James11222 / PyCosmoMMF
A python version of the CosmoMMF package originally written in Julia.
Language:Python 3grkooij / Cosmological-Particle-Mesh-Simulation
Python code to create a 3D cosmological particle-mesh nbody simulation. Supports parallel computing via Numba/pyFFTW.
Language:Python 2redshiftzero / cosmowebapp
interactive cosmological power spectra 🔭 🌎 🛰️ 🚀
Language:JavaScript 2- Language:Python 2
zy26 / MRHCA
A nonparametric statistics based method for hub and co-expression module identification in large gene co-expression network
co-expressionmoduleidentificationgene-expression-networksalgorithmalgorithms-implementedlarge-scalelarge-scale-structurelarge-scale-data-visualizationlarge-scale-indexingstatisticsstatistical-analysisstatisctisstatistical-significancestatistical-modelsstatistical-methodsstatistical-mechanicsstatistical-geneticsmutual-informationmutual-rankLanguage:R 2federicominniti / LearnIt
LearnIt! is an e-learning social network designed with two different databases: MongoDB (in a cluster of three nodes) and Neo4J
Language:Java 1hoellin / selfisys_examples
Examples for the SelfiSys Python package.
Language:Jupyter Notebook 1SelfiSys: Assess the Impact of Systematic Effects in Galaxy Surveys.
Language:Python 1jadamo / mentat-lss
Code to emulate galaxy power spectrum multipoles predicted by EFT
Language:Python 1- Language:Jupyter Notebook 1
- Language:Python 1
- Mesh2PCF
EdoardoMaragliano / Mesh2PCF
An efficient, parallelised C++ code to compute the two-point correlation function (2PCF) of gridded density fields directly in configuration space within minutes. The core library is wrapped in Python using SWIG, combining computational speed with user-friendly accessibility.
Language:C++ Pxomox-Astronomy-Lab / desi-cosmic-void-galaxies
Systematic comparison of galaxies in cosmic voids versus dense "walls" using DESI DR1 data to investigate environmental quenching mechanisms in galaxy evolution.
Language:Python
