Table of Contents
Geant-4 status
Contents
Geant4 Capabilities
Current status
The next release: Geant4 1.0
Geant4 1.0 (cont.)
Plans after Geant4 1.0 release
Proposal for regular G4 tags
Geant4 1.0: New/Improved Physics
Isotope Production
Improved Physics: EM
In the near future (1-2 months)
In Context: Theoretical Hadronic Processes
Pre-Compound Model + Evaporation Phase
Cascade
String models
Future additions
Other Hadronics
Cuts: production & user
User Support Model
User Support Model (cont.)
Experiences with Geant4
Some of the experiences
Geometry performance
Geometry functionality
Observations
ppt Slide
THE END
Geant4 Context
Geant4 kernel: run/event
Geant4 kernel: tracking
Geant4 kernel: other
Particles in geant4.0.1
Particles and Tracks: Plans
Electro-Magnetic physics
Electromagnetic processes
Cuts: production & user
EM Processes: recent developments
Secondaries Produced or Not
Hadronic processes
Photon evaporation
Parameterization/Fast Simulation
Other processes
Examples and Documentation
Visualization
Migration to STL
Migration to ISO C++
ppt Slide
Geometry developments in last year
Geometry and Transportation
Geometry: In progress
BREPS/ STEP: Short/medium term plans
Object Persistency: Hits & other
Persistency Plans
Persistency Summary
ppt Slide
Standard Radiation Environment Monitor (SREM)
ppt Slide
ppt Slide
Radioactive Decay Processes and Data
Radioactive decay: Functionality
Radioactive decay: Current Status
New GEANT4 Collaboration
Geant4 this year
Geant4 plans
Experiences with Geant4
Summary
Geant4 prerequisites
THE END
Hadronic physics
Hadronics: the Plan
Hadronics: implementation
Hadronic physics processes
GEANT4 Physics Processes Design
Units, data libraries
High Energy K,pi on Al, Au
Induced fission U235, 10 MeV neutrons
Capture by U238 of neutrons
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