• Remark: Reason to separate “experimental algorithm parallelization” from “theoretical calculations and simulations”
  • See explanation above in the “Experimental Algorithm Parallelization” working group
• Functional areas
  • Theoretical calculations (high-order perturbative calculations and lattice field theory)
  • Detector simulations (Geant, … )
  • Particle accelerator modelings (https://snowmass-compf2-accbeammodel.github.io/)
  • Event generators
  • Cosmic frontier simulations
  • Utilization of CPU, accelerator hardware and what comes next in 5-10 years
• Mandate
  • Describe theoretical calculations, detector simulations, accelerator modelings, event generators that are or will be used by the stakeholders
  • What are the processing resource needed to execute theoretical calculations and simulations
  • What is the technology evolution of processing resources?
    • Coordinate with theoretical calculations and simulations working group
  • How will stakeholders be able to design and write physics algorithms for these processing resources?
    • Coordinate with theoretical calculations and simulations working group
  • How can coding standards and performance standards be used?
    • Coordinate with theoretical calculations and simulations working group, and Collaboration and Ecosystem working group
  • How are the solutions used by the community embedded derived from solutions from industry/other science domains
    • Connections with ML (accelerating calculations, more efficient phase space sampling, lattice QCD, …)

Here is the list of submitted LOIs to this topical group. First index before “/” corresponds to the primary frontier used for the submission.