general-relativity

There are 10 repositories under general-relativity topic.

• einsteinpy

  einsteinpy / einsteinpy

  Repository for the EinsteinPy core package :rocket:

  gravitational-physicsorbital-simulationperihelionspace-physicsgeneral-relativitygeodesicshacktoberfest
  Language:Python 633

• NerdsWithAttitudes / WarpFactory

  WarpFactory is a numerical toolkit for analyzing warp drive spacetimes.

  general-relativitygpu-computingmatlabnumerical-analysiswarp-drives
  Language:MATLAB 299

• bshoshany / OGRe

  An object-oriented general relativity package for Mathematica.

  tensortensorsgeneral-relativitydifferential-geometryscientific-computing
  Language:Mathematica 126
• Black-hole-simulation-using-python

  Python-simulation / Black-hole-simulation-using-python

  Non-spinning black hole simulation based on geodesics equation

  simulationpythongeodesics-equationblack-holegeneral-relativityinterpolationschwarzschild
  Language:Python 105

• pytearcat / pytearcat

  A python package for general relativity and tensor calculus

  general-relativityjupyter-notebookpythontensor-calculus
  Language:Python 46

• duetosymmetry / qnm

  Python package for computing Kerr quasinormal mode frequencies, separation constants, and spherical-spheroidal mixing coefficients

  pythonscientific-computingnumerical-methodsphysicsblack-holesgeneral-relativity
  Language:Python 42

• black-hole-group / grmonty

  grmonty: relativistic Monte Carlo code

  ray-tracinggeneral-relativityphotonblack-holeaccretion-disks
  Language:C 40

• nicokuijpers / SolarSystemSimulator

  Solar System Simulator with 3D visualisation written in Java and JavaFX. Positions and velocities of more than 50 solar system bodies are continuously updated using either Newton mechanics or General Relativity. Initial positions and velocities are obtained from Nasa JPL's ephemerides. The journeys of 12 spacecraft are simulated and visualised.

  solar-systemgravitational-simulationsgeneral-relativitygravity-assistvoyager1voyager2newhorizonsnewton-mechanicscassinigalileogiottorosettaapollo8mariner10pioneer10pioneer11
  Language:Java 35

• VRGroupRWTH / astray

  A performance-portable geodesic ray tracing library.

  cpp17cudadistributedgeneral-relativitygeodesicgeodesicsgeodesics-equationmpiopenmpparallelray-tracingraytracerraytracingrelativitytbbthrust
  Language:C++ 25
• Gradus.jl

  astro-group-bristol / Gradus.jl

  Extensible spacetime agnostic general relativistic ray-tracing (GRRT).

  astrophysicsblack-holesgeneral-relativityjuliaray-tracingphysicsgrrtrelativistic-ray-tracinggeodesicraytracingradiative-transfer
  Language:Julia 24

• Crul / CursoRelatividadGeneralJavierGarcia

  Repositorio de fórmulas para el Curso de Relatividad General de Javier García

  general-relativityphysicslatexmooc
  Language:HTML 19

• panguojun / Coordinate-System

  In computer graphics, robotics, etc., efficient coordinate conversions matter. This project creates a new coordinate system structure and operations, replacing matrices and tensors, with features like innovative structure, efficient ops, and broad applicability.

  coordinate-systemscurvaturegeneral-relativitytensormathematicsmatrixmatrix-calculationsquaternionvector-mathphysics-fieldriemann-curvaturecomputer-graphicsrobotics
  Language:C++ 19

• grtrace / grtrace

  General Relativity Raytracer - simulates light bending in curved spacetimes on a personal computer

  dlanggeneral-relativityraytracerscientific
  Language:D 18

• mzilhao / Jecco.jl

  Solving Einstein's equations with Julia

  physicsgeneral-relativityjulia
  Language:Julia 16
• Krang.jl

  dominic-chang / Krang.jl

  Fast analytic raytracing around Kerr black holes

  black-holegeneral-relativityjuliakerrraytracerraytracingautomatic-differentiationgpu-acceleration
  Language:Julia 13

• einsteinpy / einsteinpy-geodesics

  Python wrapper for a Julia solver for geodesics in the Kerr family of spacetimes. Maintainer : @JeS24

  einsteinpygeneral-relativitygeodesicsgeodesics-equationjulia
  Language:Python 12

• maxisi / gwpols

  GW polarization parameterizations and corresponding Jacobians.

  general-relativitygravitational-wavesligo
  Language:Mathematica 11

• BlackHolePerturbationToolkit / qnm

  Python package for computing Kerr quasinormal mode frequencies, separation constants, and spherical-spheroidal mixing coefficients

  pythonscientific-computingnumerical-methodsphysicsblack-holesgeneral-relativity
  Language:Python 10
• gros

  bytebat / gros

  General Relativity Orbit Simulator

  general-relativitygeodesics-equationschwarzschildgrosorbital-simulationtrajectorysimulations
  Language:Python 10

• nrpy / nrpypn

  NRPyPN: Validated Post-Newtonian Expressions for Numerical Relativity

  general-relativitynumerical-relativitypost-newtonianrelativity
  Language:Python 9

• bshoshany / WormholeParadoxSimulation

  Simulation of time travel paradoxes using a wormhole time machine.

  general-relativitymathematicarelativitysimulationtime-travelwormhole
  Language:Mathematica 8

• einsteinpy / einsteinpy-0.3.0-paper

  Paper for EinsteinPy 0.3.0

  aandaarxiv-gr-qceinsteinpygeneral-relativity
  Language:TeX 8

• adam-bauer-34 / black-hole-shadow-mtog

  A set of codes which, using relativistic ray tracing, calculates the intensity profile of plasma being accreted onto a black hole.

  general-relativityray-tracingpythonmathematicaevent-horizon-telescopeblack-holesaccretion
  Language:Mathematica 7

• camarman / GTRPy

  GTRPy is a GUI based application that allows users to perform Tensor and 6 different type of field operations in both 3D and 4D

  physicsastrophyicscosmologygeneral-relativitygui-applicationtensoreinstein-field-equationseinstein-summationscalar-fieldtensor-calculustensor-fieldvector-fieldlie-derivativeguimathematicslinuxpython3gtrpy
  Language:Python 7

• chakravala / Cartan.jl

  TensorField topology over FrameBundle ∇ with Grassmann.jl elements

  applied-category-theorycalculuscompositionalitydifferential-geometrydiscrete-exterior-calculusmanifoldstensorgeometric-algebraclifford-algebrastensor-algebratopologycomputational-geometryriemannian-geometrygeneral-relativitycurvaturelie-groupshyperbolic-geometrynon-euclidean-geometrycomputational-topologymesh-processing
  Language:Julia 7

• emptymalei / physics

  :game_die:Helpful notes on physics | An new era for my notes.

  physicsgeneral-relativitycosmologyquantum-mechanics
  7
• GeneralRelativityMadness

  HyperFunOriginal / GeneralRelativityMadness

  An implementation of G.R. into unity. Use it however you like (and give me some credit :>)

  gravityrelativity-simulatorspacetimeuniversegeneral-relativity
  Language:C# 7

• maka89 / AutoGeodesics

  Easily integrate the geodesics equation using automatic differentiation.

  general-relativitygeodesicsgravitynumerical-methodscpp17
  Language:C++ 7

• mikesha2 / TensorGeodesic

  Ray tracing of a Schwarzschild black hole written entirely in TensorFlow.

  black-holegeneral-relativitygeodesicsray-tracingraytracingtensorflow
  Language:Python 7

• duetosymmetry / testing-gr-tables

  Tables on testing GR and theories beyond GR

  sciencegeneral-relativityacademicpublications
  Language:TeX 6

• einsteinpy / riccipy

  Development Halted for indefinite time!

  einsteinpygeneral-relativitysymbolic-computation
  Language:Python 6

• HugoGW / HugoGW

  Hi guys, enjoy my profile and if you offer a PhD thesis, plz contact me :)

  astrophysicsgeneral-relativitygravitational-wavesphysical-computingphysicsphysics-simulationsgwb
  Language:Python 6

• Jayce-Ping / SpTm

  A Wolfram Mathematica Package for Differential Geometry and General Relativity Calculations.

  differential-geometrygeneral-relativitymathwolfram-mathematicaphysics
  Language:Mathematica 6
• HiGGS

  wevbarker / HiGGS

  Hamiltonian Gauge Gravity Surveyor (HiGGS). Tools for Hamiltonian constraint, canonical and Dirac-Bergmann analysis of gravity theories with spacetime curvature and torsion.

  computer-algebracosmologygauge-theorygeneral-relativityhamiltonianmathematicamathematical-physicsmodified-gravityparticle-physicsquantum-gravityxact
  Language:Mathematica 6

• AuroraDysis / Einstein.jl

  Einstein.jl is a high-performance suite designed to compute arbitrary-precision solutions of PDEs in general relativity.

  chebyshevfinite-differencegeneral-relativitypdepde-solverregge-wheeler-zerilliteukolsky
  Language:Julia 5

• fgittins / RealisticSeismology

  An implementation of realistic, finite-temperature nuclear-matter models in neutron-star seismology.

  equation-of-stateneutron-starnuclear-matteroscillationstemperaturegeneral-relativityjulia
  Language:Julia 5