OpSim is a set of additions to the Geant4 toolkit that simplify the implementation of optical photon applications and enhance the flexibility and maintainability of developed applications.
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Updated
May 14, 2024 - C++
OpSim is a set of additions to the Geant4 toolkit that simplify the implementation of optical photon applications and enhance the flexibility and maintainability of developed applications.
Repository for Dual-Readout Calorimetry 2021 beam tests using the 2020 DR EM-sized Tubes prototype. It includes the Geant4 simulation, the DAQ code, the test-beam-data conversion tools and monitoring, and the physics analysis code.
Radiacode CsI(Tl) scintillator crystal digital twin - Geant4 Application
A Geant4 simulation of the ATLAS hadronic end-cap calorimeter beam tests.
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)
Exam project of the course "Computing Tecniques for Physics" - Università degli Studi di Torino - Physics department - 2021
SAS GEANT4 application for Radioactive Particel tracking with 4 detectors recording Edep deposited
NuSD is a Geant4-based simulation framework developed to perform simulation studies on various segmented scintillation detectors.
Integration of Geant4 simulation framework into a more generalized event processing framework.
A Geant4 framework for simulating the JLab sFF experiment
A simulation of novel detector concept to study space radiation environment
CMake template project for Geant4 simulations. This directory has been realised watching the YouTube video series linked in the readme file
Geant4 simulation of pixelated CdTe detectors
Repository with GEANT4 application for RPT. Only 1 detector, but it can be moved in the space.
This is the application of GEANT4 for a HPGe detector.
Simulation of GBAR slow positron generation with fields imported from COMSOL
G4DCP is a new detector construction interface for creating flexible detector setups in Geant4 applications.
My University of York Theoretical Physics BSc dissertation and accompanying code, investigating the optimal detector system for utilising a (p,2p) interaction when determining the proton binding energy within Carbon-12 atoms.
Geant4 simulations and practice examples, the templates are pulled from CERN Geant4 training materials
Run calorimetric NRF Cherenkov Detector Cargo Screening Simulations
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