geant4

There are 162 repositories under geant4 topic.

  • christopherpoole/CADMesh

    A CAD file interface for GEANT4

    Language:C++146193866

  • jintonic/gears

    Geant4 Example Application with Rich features and Small footprints

    Language:C++78171965

  • FairRootGroup/FairRoot

    C++ simulation, reconstruction and analysis framework for particle physics experiments

    Language:C++591830596

  • adrien-matta/nptool

    NPTool, a ROOT/Geant4 based framework for Nuclear Physics

    Language:C++4321019

  • OpenTOPAS/OpenTOPAS

    Monte Carlo tool for particle simulation

    Language:C++3871016

  • HaarigerHarald/geant4_pybind

    Alternative Python bindings for Geant4

    Language:C++354226

  • stevenwalton/Geant4Tutorials

    Tutorials made for Geant4

    Language:C++323111

  • jintonic/mingle

    Mini Geant4 Learning Example

    Language:C++28506

  • LDMX-Software/ldmx-sw

    The Light Dark Matter eXperiment simulation and reconstruction framework.

    Language:C++222271520

  • koichi-murakami/g4python

    Geant4-Python interface

    Language:C++21265
  • simple

    deepaksamuel/simple

    A Geant4-based simulation front-end for fast simulations and learning particle interactions

    Language:C++18444

  • R3BRootGroup/R3BRoot

    Framework for Simulations and Data Analysis of R3B Experiment

    Language:C++1822109104

  • g4edge/pyg4ometry

    Python code for rapid creation and conversion of radiation transport Monte Carlo (Geant4 and Fluka) geometries

    Language:Python1645413

  • gemc/source

    gemc website:

    Language:C1477771

  • ultralytics/functions-matlab

    Common functions employed throughout various Ultralytics projects.

    Language:MATLAB132114

  • haeginh/POLY2TET

    POLY2TET: A Computer Program for Conversion of Computational Human Phantoms from Polygonal Mesh to Tetrahedral Mesh

    Language:C++9272

  • kyrsjo/MiniScatter

    Easy-to-use wrapper for the Geant4 library for Monte Carlo radiation transport in matter. Possible to use either from the command line or from within Python/Jupyter. This makes estimating energy deposition from a particle beam in a target or the scattering and energy loss of the beam particles a relatively straight-forward process.

    Language:C++9298

  • lagoproject/arti

    A framework designed to simulate the signals produced by the secondary particles emerging from the interaction of the flux of primary cosmic ray with the atmosphere. These signals are simulated for any particle detector located at any place (latitude, longitude and altitude), including the real-time atmospheric, geomagnetic and detector conditions.

    Language:C++9712

  • nukehub-dev/nukebox

    Package Manager for Nuclear Engineering Development

    Language:Shell9110

  • mnovak42/g4hepem

    Geant4 EM physics simulation R&D project looking for solutions to reduce the computing performance bottleneck experienced by HEP detector simulation applications.

    Language:C++841012

  • samdejong86/PileRoomSim

    GEANT4 simulation of a AmBe neutron source and helium-3 detector

    Language:C++6105

  • dkfz-med-phys-rad/musire

    Musiré – Multimodal simulation & reconstruction framework for the radiological imaging sciences

    Language:Shell5211

  • MATHUSLA/Mu-Simulation

    simulation of muons (and more) through earth material

    Language:C++57014

  • Artibani1727820/Brooklyn

    A Geant4 simulation of a 16-plane hodoscope of scintillating fibres with different sizes, hit by muons at MIP with an angle of 40 degree wrt the surface

    Language:Jupyter Notebook4101

  • janpipek/g4application-dicom

    DICOM plugin for g4application.

    Language:C++4460

  • jmalbos/G4OpSim

    Geant4-based optical simulation.

    Language:C++4207

  • koichi-murakami/g4tutorial2020

    geant4 tutorial code 2020

    Language:C++4201

  • legend-exp/remage

    Simulation framework for germanium experiments

    Language:C++44315

  • amadio/g4run

    Simple Generic Program to Run Geant4 Simulations

    Language:Perl3301

  • jedlimlx/Computed-Tomography-AI

    Performing compputed tomography with x-rays and muons using AI to reconstruct the 3D image.

    Language:Python3411

  • kk17m/SDD-Spectrometer-Simulation

    A Monte Carlo simulation code of energy dispersive, photon counting (PC) silicon drift detectors (SDDs) for x-ray fluorescence (XRF) and spectrometry applications. The simulation includes PC detectors intended for spectrometry and molecular imaging. The detector is based on Amptek XR100 FastSDD Xray detector (Amptek Inc., Bedford, MA, USA)

    Language:C++3101

  • lobis/geant4-python-application

    A Generic Geant4 Application with Python Bindings

    Language:C++3361

  • mkandemirr/SSLG4

    Scintillator Simulation Library for Geant4

    Language:C++3201

  • sebassaras02/RPT_NaI_4array

    SAS GEANT4 application for Radioactive Particel tracking with 4 detectors recording Edep deposited

    Language:C++3100
  • he3propCounterSim

    smoothPhysics/he3propCounterSim

    A geant4 program that simulates a ³He counter tube for thermal and epithermal neutron detection. Geant4 is a toolkit for the simulation of particle-matter interaction based on monte carlo simulations

    Language:C++3101

  • suannchong/light_transport_GEANT4

    Geant4 simulation to study how surface finishes coupled with optical reflector affect the light collection of a 6Li glass scintillator (GS20, Scintacor)

    Language:Jupyter Notebook3100