Tracking and Physics

• Tracking
  • Basic Concepts
  • Access to Track and Step Information
  • Handling of Secondary Particles
  • User Actions
  • Verbose Outputs
  • Trajectory and Trajectory Point
• Physics Processes
  • Overview
  • Electromagnetic Interactions
  • Geant4-DNA extension: physics, chemistry, geometry
  • Hadronic Interactions
  • Particle Decay Process
  • Note on the time threshold for radioactive decay of ions
  • Gamma-nuclear and Lepto-nuclear Processes
  • Optical Photon Processes
  • Parameterisation
  • Transportation Process
• Particles
  • Basic concepts
  • Definition of a particle
  • Dynamic particle
• Production Threshold versus Tracking Cut
  • General considerations
  • Set production threshold (SetCut methods)
  • Apply cut
  • Why produce secondaries below threshold in some processes?
  • Cuts in stopping range or in energy?
  • Summary
  • Special tracking cuts
• Cuts per Region
  • General Concepts
  • Default Region
  • Assigning Production Cuts to a Region
• Physics Table
  • General Concepts
  • Material-Cuts Couple
  • File I/O for the Physics Table
  • Building the Physics Table
• User Limits
  • General Concepts
  • Processes co-working with G4UserLimits
• Track Error Propagation
  • Physics
  • Trajectory state
  • Trajectory state error
  • Targets
  • Managing the track propagation
  • Limiting the step
• Exotic Physics
  • Physics
  • Material
  • Geometry