• Setup
  • Laser Propagation in vacuum
  • Thermal plasma
  • Weibel and two-stream instabilities
  • Units

  • Parallel computing
  • Patch arrangement

  • Field ionization
  • Binary collisions and impact ionization
  • Synchrotron-like radiation reaction
  • Multiphoton Breit-Wheeler pair creation process
  • 2D laser wakefield acceleration
  • Azimuthal-mode-decomposition cylindrical geometry
  • Field initialization for a relativistic electron bunch
  • Envelope model for laser wakefield acceleration
  • Export to VTK and 3D visualization

Sections
Performances
  • Performances
Logo
PIC basics
  • Setup
  • Laser Propagation in vacuum
  • Thermal plasma
  • Weibel and two-stream instabilities
  • Units
Performances
  • Parallel computing
  • Patch arrangement
Advanced
  • Field ionization
  • Binary collisions and impact ionization
  • Synchrotron-like radiation reaction
  • Multiphoton Breit-Wheeler pair creation process
  • 2D laser wakefield acceleration
  • Azimuthal-mode-decomposition cylindrical geometry
  • Field initialization for a relativistic electron bunch
  • Envelope model for laser wakefield acceleration
  • Export to VTK and 3D visualization

Performances¶

  • Parallel computing
    • Physical configuration
    • Setup the tutorial
    • Splitting the box
    • Introduce Smilei’s parallelism
    • Imbalance
    • Imbalance and distributed memory
    • Balancing the load between processes
    • Realistic configuration
  • Patch arrangement
    • Configuration
    • Setting up the simulation
    • Change the patch arrangement
    • Tuning the patch arrangement
Site index
Last updated on Mar 12, 2025
Powered by Sphinx 2.4.4