Roadmap
This page separates intended work from current user claims.
Near-Term Scientific Work
- complete evaluated-data charged-particle nuclear transport across stopping, reaction competition, elastic responsibility, residual disposition and mixed products;
- extend molecular thermal scattering from microscopic response and selected material cases to reusable repeated-transport capability;
- close more structural-material neutron leakage observables with the same source, geometry, response and uncertainty as experiment;
- extend activation, cooling and decay-source workflows while preserving spatial and history covariance;
- mature fission-chain and eigenvalue statistics against critical experiments;
- add variance reduction only with an unbiased estimator and demonstrated figure-of-merit improvement.
User-Facing Work
- an installed/exported CMake package;
- small maintained examples independent of benchmark reporting;
- a documented data acquisition and prepared-library workflow;
- more direct result serialization and model provenance;
- clearer compile-time diagnostics for unsupported reachable processes.
Not A Current Claim
- a production-ready all-particle transport system;
- GPU transport;
- a general input-card language;
- reactor burnup or general depletion;
- high-energy hadronic cascades;
- optical-photon transport.
These items remain outside the current public capability unless code, data, transport, estimator and evidence are completed together.