1. Materials
    • Extension of ion stopping data
    • Introduction of variable density of material (material properties computed from a reference/nominal material, for which only the physics table is built)
    • Review of atomic shell energies
  2. Process-based event biasing
    • Propose a (multi-)differential cross-section design, and provide a prototype
  3. Reverse Monte Carlo technique
    • Collaborative work with biasing cross-section implementation, to define a set of common functionalities, classes and methods that can be used in both cross-section biasing and Reverse Monte Carlo
    • Extension of adjoint physics to some hadronic processes
  4. Parallel geometry
    • Review current design and implementation (general to parallel geometry)
  5. Regular maintenance

*Updated: 4th March 2010