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

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

Geant4 kernel for Jupyter

Project developed for 2023 LIP's summer internship program "TOPAS Automator"

GEANT4 Simulation for ICESPICE: Internal Conversion Electron SPectrometer In Coincidence Experiments.

Repo for simulations of new RPP accumulation in a proposed concept for antimatter storage

Attempt to Simplify Geant4 Python

Independent DosE cAlculation for Light ion beam therapy using Geant4/GATE. The name of the corresponding python module is pyidc.

A common repository to define materials that are later used at a GDML geometry. The materials are publicly accessible through the website https://rest-for-physics.github.io/materials/rest.xml. GDML files in REST can access directly that remote address. See also basic-geometries project.

A tool to dynamically instantiate Geant4 geometries and primary generator actions.

Simulation Processing for AUTOMC output (GATE/Geant4)

A convenient, Python-based visualization tool for Geant4.

Script to convert from radware level schemes to geant4 PhotonEvaporation input files

GAMOS code to simulate a mammographic images using Monte Carlo