Monday |
Tuesday | Wednesday | Thursday | Friday | ||||||||||
10 | Welcome | BQ | 10 | Physics and processes: overview | MG | 10 | Primary generator | PA | 10 | Hadronic physics 2 Radioactive Decay |
VL | 10 | Overview of Geant4 results and medical applications | MG |
10.10 | Overview of Geant4 | MG | 10.30 | EM physics 1 | VI | 10.20 | Magnetic field & Tracking |
PA | 10.45 | User presentations | ||||
10.30 | Geant4 installation | GC | 10.50 | Analysis Tools | MG | 11 | ||||||||
11.10 | Basic user application | VL | ||||||||||||
11.30 |
Coffee/Tea break |
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12 | Basic geometry | GC | 12 | EM physics 2 | VI | 12 | Visualisation | VL | 12 | Advanced geometry | GC | 12 | User presentations | |
12.20 | UI | VL | ||||||||||||
VI | ||||||||||||||
12.30 | Hadronic physics 1 | |||||||||||||
12.40 | Detector response | |||||||||||||
PA? | ||||||||||||||
13 |
Contingency |
Contingency |
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13.30 |
Lunch break |
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16.30 | Exercise 1 Geant4 installation Run Novice Example |
GC VL VI SG |
16.30 | Brachytherapy exercise, part 1 | GC MG SG |
16.30 | Brachytherapy exercise, part 2 | GC MG SG |
16.30 | Human eye phantom exercise | VL SG |
16.30 | Brachytherapy exercise, part 3 | MG SG |
Introduction to Geant4 What is Geant4 Software engineering in Geant4 Geant4 architecture Overview of functionalities Execution flow Transparencies |
Installation of Geant4 Supported platforms Installation Environment variables, make files Making an executable Transparencies |
Building a Geant4 application Architecture of a basic user application User initialisation classes User action classes Transparencies |
Basic geometry and materials Units and Materials Concepts of G4LogicalVolume, G4VPhysicalVolume : Placements, parameterised volumes, replicas Concept of G4VSolid : CSG, BREP, Boolean solids Concept of G4VTouchable Transparencies |
Advanced geometry Optimization of geometry : Voxelization and "smartlessness" Grouping volumes Reflection of solids and hierarchies User-defined solid Interface to CAD systems Debugging tools Transparencies |
Detector response Sensitive detector Readout geometry Hits Digitisation Transparencies |
Magnetic field How to define magnetic field Integration of the field Transportation in magnetic field Transparencies (introduction) Transparencies (propagation) |
Introduction to Geant4 physics Basic principles of Geant4 physics Architecture Particles, Processes and Cuts Transparencies |
Electromagnetic physics Standard processes Low energy processes Muon processes Optical processes |
Hadronic Physics Transparencies Radioactive decay |
Primary event generation G4VPrimaryGeneratorAction class G4ParticleGun, G4HEPEvtInterface General particle source Transparencies |
Visualisation Drivers Basic functionalities Transparencies |
User Interface Built-in commands Macro file Alias User-defined commands Transparencies (UI) Transparencies (commands) |
Analysis Tools AIDA (Abstract Interfaces for Data Analysis) Anaphe (Analysis for Physics Experiments) Analysis in a Geant4 application Transparencies |
Applications LHC experiments BaBar HARP |
Astrophysics and astroparticle physics Gravitational waves Medical physics Transparencies |
Part 1 | Part 2 |
Use case: model a brachytherapy seed and a phantom
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Use case: calculate the energy deposit in a phantom from a
brachytherapy seed
|