Collaboration request: transport, edge, MHD, and scenario benchmark artefacts #49

Blocked modules

• src/scpn_control/core/integrated_transport_solver.py
• src/scpn_control/core/momentum_transport.py
• src/scpn_control/core/eped_pedestal.py
• src/scpn_control/core/elm_model.py
• src/scpn_control/core/marfe.py
• src/scpn_control/core/ntm_dynamics.py
• src/scpn_control/core/current_drive.py
• src/scpn_control/core/stability_mhd.py
• src/scpn_control/core/tearing_mode_coupling.py
• src/scpn_control/core/blob_transport.py
• src/scpn_control/core/orbit_following.py
• src/scpn_control/core/uncertainty.py
• src/scpn_control/core/integrated_scenario.py

Needed evidence

• Measured discharge or published integrated-modelling benchmarks for radial transport profiles and coupled scenario trajectories.
• Source deposition, boundary-condition, timestep, state-exchange, and convergence metadata.
• Measured or published NBI torque, rotation, pedestal, ELM, MARFE, NTM, sawtooth-triggered NTM, SOL filament, orbit-following, and uncertainty-calibration benchmark cases.
• Ray-tracing, beam-deposition, Fokker-Planck, independent MHD stability code, or published profile benchmarks where appropriate.
• Inputs and provenance for bootstrap current, beta limit, shaping, impurity radiation, q profiles, rational surfaces, ECCD/LHCD/NBI deposition, geometry, ensemble seeds, and sensitivity metrics.

Claim unblocked

Validated transport, pedestal, edge, MHD, current-drive, orbit, UQ, and integrated-scenario claims. Until then, these remain approximation or validation-gap surfaces.