studio.unknown.v1bounded-modellevel 2measured
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Tokamak digital twin Landing
Fusion Studio
An advanced plasma-physics and neuromorphic-control suite — a tokamak reactor digital twin.
SCPN Fusion Core — Advanced Plasma Physics & Neuromorphic Control Suite for Tokamak Reactors
At a glance
Live from the source repository
Reflected from the project's public GitHub repository at build time — never hand-copied.
Latest release v3.10.1 3 Jul 2026
Last activity 10 Jul 2026 most recent push
Primary language Python
Stars 0
ai-surrogatescontrol-systemsdigital-twinfusiongrad-shafranovmachine-learningmhdneuro-symbolicnuclear-engineeringnumpypetri-netplasma-physicspythonrustscipyspiking-neural-networktokamak
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Case studies
How this studio is used
Evidence-backed stories that show the studio in practice, with linked evidence bundles and publications.
Publications
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Peer-reviewed and whitepaper outputs that cite this studio's evidence bundles.
Documentation
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Evidence-bounded neuro-symbolic tokamak control, native plasma-solver research, and fail-closed fusion-validation infrastructure for control, equilibrium, transport, gyrokinetic, runaway-electron, impurity, and free-boundary campaigns. SCPN Fusion Core is a control-first fusion software laboratory.
The full documentation is maintained in the project's own repository and rendered on its GitHub Pages — this page links to the canonical source rather than duplicating it.
Reflecting anulum/scpn-fusion-core @ 9b90ea1 · fetched 10 Jul 2026 · sources: projects.json, github-api