gravitational-lensing
There are 3 repositories under gravitational-lensing topic.
- Language:Fortran 187
lenstronomy / lenstronomy
multi-purpose lens modeling software package
Language:Python 178Jammy2211 / PyAutoLens
PyAutoLens: Open Source Strong Gravitational Lensing
Language:Python 157smsharma / mining-for-substructure-lens
Inference of substructure properties in strong lensing systems with machine learning. Code repository associated with https://arxiv.org/abs/1909.02005.
Language:Jupyter Notebook 28deepskies / deeplenstronomy
A pipeline for versatile strong lens sample simulations
Language:HTML 26- plancklens
carronj / plancklens
Planck 2018 lensing pipeline
Language:Python 20 johannesulf / dsigma
A Galaxy-Galaxy Lensing Python Package
Language:Python 20Ciela-Institute / caustics
A gravitational lensing simulator for the machine learning era.
Language:Python 14JAX port of lenstronomy, for parallelized, GPU accelerated, and differentiable gravitational lensing and image simulations.
Language:Python 14- COOLESTLanguage:Python 13
illuhad / teralens
The fastest gravitational (quasar) microlensing code on the planet. A parallel Barnes-Hut tree code optimized for GPUs, written in OpenCL
Language:C++ 8benbarsdell / grav-lensing-sim
An interactive simulation of gravitational lensing effects using WebGL
Language:JavaScript 7giga-lens / gigalens
Gradient Informed, GPU Accelerated Lens modelling (GIGALens) -- a package for fast Bayesian inference on strong gravitational lenses.
Language:Jupyter Notebook 7- BlipFinder
mkongsore / BlipFinder
Analysis pipeline capable of searching for dark compact objects in the Milky Way through astrometric lensing in real or mock Gaia DR4 data.
Language:Jupyter Notebook 7 rirze / interactive-strong-lensing
An interactive-slider-demo for a simple gravitational lens.
Language:Python 7- Language:Jupyter Notebook 6
jpierel14 / sntd
SNTD is a Python package dedicated to measuring time delays for strongly lensed and multiply-imaged SN. The package can simulate lensed SN, fit for each SN time delay, and propagate the results all the way through to cosmological constraints.
Language:Python 5- Language:C 4
msyriac / alhazen
Tools for gravitational lensing: now deprecated by pixell+orphics+symlens. Leaving it here in case anyone needs to reproduce old stuff.
Language:Python 3nesar / GravLensCNN
Implementation of 4 deep learning schemes for Gravitational lensing analysis.
Language:Python 3rudrajit1729 / Astrophysics
My Journey in Theoretical Cosmology and Advanced Computational Astrophysics through the various related projects with Python using Data Science and Analytics techniques.
Language:Jupyter Notebook 3zysymu / ml4sci
A repository containing my submissions for the evaluation test for prospective GSoC applicants for the DeepLense project
Language:Jupyter Notebook 3arioboo / astro-gravitational_lenses
My repo for gravitational lenses (educative project).
Language:Python 2darkcores / MultiplaneLensing
Multiplane gravitational lensing with CUDA
Language:C++ 2dstkeehan / microlensing-model-inference
Code accompanying the paper "Microlensing model inference with normalising flows and reversible jump MCMC"
Language:Python 2SaikatPhys / strong-galaxy-lensing-simulation
Code to simulate mock strong lensed galaxies
Language:Jupyter Notebook 2vargatn / subhalo_lensing
Package to measure and model weak gravitational lensing by sattelite galaxies in galaxy clusters
Language:Python 2Yash-10 / Strong-Lensing-Classification
Classifying simulated strong lensing images
Language:Jupyter Notebook 2- Language:JavaScript 1
ChemaPalencia / M_SMiLe
Code to provide approximate magnification probability distributions under microlensing by compact objects such as stars or PBHs of strongly lensed stars.
Language:Python 1- Language:Python 1
rschmidthd / lightcurvefinder
Implementation of the Witt (1993) method to compute gravitational microlensing light curves for an ensemble of point masses with shear
Language:Jupyter Notebook 1- Language:Python 1
- Language:Python 1
