Geant4 - PowerPoint PPT Presentation

The SBS Software and Analysis System at the University of Connecticut involves various repositories for offline and online analysis software tools, including libraries for digitization, simulation, and reconstruction. The system is coordinated by Andrew Puckett and supports GEANT4-based simulation f

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Investigating the ATLAS geometry using Geant4, the team from National Research Tomsk State University presented findings at the 23rd Geant4 Collaboration Meeting. They focused on solid methods, CPU consumption, and optimizing geometry descriptions to enhance simulation performance. Specifics of the

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Study by Denys Klekots focuses on analyzing energy escaping from the GRAiNITA electromagnetic calorimeter, using Geant4 simulations to investigate energy deposition, escaped energy fluctuations, and non-uniformity in the ECAL setup. The research delves into the impact of leakage and non-uniformity o

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Detailed overview of experiments like DUNE and ARTIE focusing on the use of liquid argon time projection chambers for studying neutron interactions. Discussions include Pulsed Neutron Source calibration, scattering length measurements, ARTIE setup for resonant transport interactions, and current sim

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Exploration of diffraction dissociation of nuclear nucleons in nucleus-nucleus interactions using Geant4 FTF model and NA61/SHINE results for various nucleus combinations. Insights into meson production in argon-nucleus interactions at different energies and the impact of models like DCM/AGT, UrQMD,

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The MicroElec extension is a part of the Geant4-DNA framework designed for microelectronics applications, focusing on ionizing cross-section calculations for incident electrons, protons, and heavy ions. It utilizes the Complex Dielectric Function Theory (CDFT) to determine energy loss functions and

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Creating the Veto Cosmic Ray Detector for JPET involves designing the current version of Veto JPET, incorporating 42 scintillators, detecting 4 GeV cosmic muons, generating cosmic muon distribution, and simulating energy deposition inside the veto scintillators. The process includes particle generat

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This comprehensive content discusses a positron production simulation program based on Geant4. It covers the simulation program description, primary generator input, outputs analysis, and areas for improvement including compatibility with G4-10.X and automation. The program involves generating gamma

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Makoto Asai from SLAC presented recent developments and future plans for Geant4 at the Space Users Workshop 2019. The outline includes planned developments for 2019, kernel module physics updates, infrastructure improvements, and updates on geometry and transportation enhancements. Details cover pat

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Various computational models are used to predict DNA damage and repair mechanisms induced by different radiation treatments, such as X-rays and protons. These models simulate physical and chemical interactions, DNA geometries, and repair kinetics to compare biological effectiveness. Different models

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The future of space exploration requires extensive nuclear data for shielding against Galactic Cosmic Rays (GCR) that pose challenges due to their high energy. Transport codes like FLUKA, PHITS, and GEANT4 play crucial roles in simulating shielding applications. There is a need for comprehensive dat

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Status update on the implementation and testing of shapes in Geant4 using USolids/VecGeom integration, highlighting open issues, VecGeom shapes usage, and expected geometry features in Geant4 10.3. The transition from USolids to VecGeom as a unified solids library in Geant4, aimed at enhancing geome

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Illustrations and descriptions of the DUNE project, Liquid-Argon Time Projection Chambers, Pulsed Neutron Source calibration, and the ARTIE experiment investigating Argon's scattering length. Current work involves simulations for energy reconstruction using Geant4. These experiments aim to improve p

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Constructed for the simulation of particle channeling, this advanced Geant4 model enhances the understanding of charged particle interactions within crystal structures. It features a unique approach that aligns particle momentum with crystal planes, modifying density & biasing techniques for accurat

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This study focuses on the simulation of micro-nanodosimetry spectra and free radicals using Geant4-DNA and LPCHEM for ion beams in the context of biophysics models for treatment optimizations in hadrontherapy applications. The research involves the development and optimization of NanOx and MKM model

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Quantitative investigation of physics foundations and observables for simulation codes, collaboration with research institutes, analysis of Geant4 software quality, and ongoing/future activities in data libraries and workshops.

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The ESS SB project focuses on intense muon beams for studying the Higgs-related scalar sector. Key components include production, accumulation, cooling, and collider rings for Higgs studies. With a practical Higgs factory in mind, the facility features high-intensity H-source, p-compressor rings, io

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The ESS SB project aims to create an intense muon beam facility for studying the Higgs sector. It involves muon production, cooling, and acceleration to enable Higgs studies. The project includes a high-intensity H-source, compression rings, ionization cooling system, LINAC acceleration, and collide

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Collaboration between Istituto Superiore di Sanit & INFN in research, surveillance, radioprotection, and more. Learn about the MonteCarlo-INFN project enhancing codes like FLUKA and GEANT4 for medical physics applicationsC

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A Geant4 application has been developed to simulate the response of the Advanced Neutron Spectrometer (ANS) and investigate meeting the instrument requirements. The simulation involves a scintillator-based detector with photomultiplier tubes, lithium glass fibers for neutron capture, and optical pro

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In a 2-month internship by Yaroslav Nikolaiko, machine learning techniques were employed to classify hadronic showers in the ECAL using Geant4 labels. The study investigated physics labels and observables, including data set analysis, Geant4 setup, observable parameters, and supervised learning for

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Ancillary tools for data conversion, analysis output display, and integration into web applications were presented at the 21st Geant4 Collaboration Meeting in Ferrara, Italy. The session showcased JavaEE-based designs, Node.js applications, and a summary of a database ready to receive scientific dat

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Explore a study on Reverse Monte Carlo (MC) and space charge effect simulation using Geant4 for energy deposition comparison. The research includes efficiency comparisons, charge deposition distributions, and dose rate distributions conducted by Kang Wang from Beihang University, focusing on the val

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Explore the use of interfaces and UI commands in GEANT4 for developing particle transport simulation applications. Learn how to describe and solve simulation problems step-by-step while utilizing the necessary components provided by GEANT4. Enhance your understanding of application development and u

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Learn how to build nuclear and sub-nuclear physics software applications using CMake and Geant4. Properly organize your code, create a CMakeLists.txt file, and compile your application with CMake. Understand the application source structure in Geant4 and utilize CMake for efficient building and conf

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