Control Studio
A neuro-symbolic stochastic Petri-net controller for tokamak plasma control, with formal safety envelopes.
What this studio is
SCPN Control is a research-grade control and validation package for fusion plasma control loops. It turns stochastic Petri-net logic into executable neuro-symbolic controllers, surrounds those controllers with formal contracts, and connects them to equilibrium, transport, disruption, digital-twin, and hardware-in-the-loop evidence gates.
SCPN Control — Neuro-Symbolic Stochastic Petri Net Controller for Tokamak Plasma Control
Declared capabilities
The studio's capability manifest declares 0 capabilities and emits 12 evidence types through the federation gate.
Verbs
Evidence types
-
studio.controller-latency.v1 -
studio.controller-run.v1 -
studio.disruption-mitigation.v1 -
studio.disruption-prediction.v1 -
studio.efit-reconstruction.v1 -
studio.equilibrium-analysis.v1 -
studio.geometry-neutral-replay.v1 -
studio.parity-refutation.v1 -
studio.phase-sync-monitor.v1 -
studio.physics-validation.v1 -
studio.safety-certificate.v1 -
studio.scenario-simulation.v1
Evidence
Download the evidence bundle (RO-Crate) — producer-asserted, boundary external-dependency-blocked.
Published work
- Formal safety envelopes for tokamak control — Using neuro-symbolic stochastic Petri nets to bound plasma-control decisions before they reach the machine, with every command graded against a formal safety envelope and emitted as a studio.safety-certificate.v1 evidence bundle.
Reflected from the public repository on 2026-07-10
(commit 8106334cc1c2)
; refreshed on every portal deploy. Full project view: /projects/scpn-control/.
Topics this studio works on.
Each hub sets the science next to the literature and this studio's evidence.