DIII-D
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Tokamak
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Publications
Validation of first-principles turbulence simulation in diverted negative triangularity plasmas on DIII-D
Physics of Plasmas, 2026
IGNITE Tokamak World Model Architecture
arXiv (physics.plasm-ph), 2026
Is Your AI Fast Enough to Run a Fusion Reactor?
arXiv (physics.plasm-ph), 2026
Transport Impacts of Resonant Island Chains in Fusion Plasmas
arXiv (physics.plasm-ph), 2026
Phase space resolved measurements of fast-ion density fluctuations and energy transfer induced by Alfvén eigenmodes
Nuclear Fusion, 2026
Forecasting the first edge localized mode (ELM) after LH-transition with a neural network trained on Doppler Backscattering data from DIII-D
Plasma Physics and Controlled Fusion, 2026
Horizon-Aware Early Event Prediction for Tokamak Disruption Alarms
arXiv (physics.plasm-ph), 2026
Poloidal asymmetries of main chamber neutral fueling in DIII-D ELMy H-mode plasmas
Nuclear Fusion, 2026
First Experimental Evidence of Helicon Current Drive
arXiv (physics.plasm-ph), 2026
Exploration of an intrinsic low-collisionality, high performance, grassy ELM regime in the DIII-D tokamak
See all 64 publications →
Nuclear Fusion, 2026
DIII-D is a DOE owned Office of Science national user facility, operated by General Atomics. Its goal is to close out critical plasma research gaps on the path to fusion energy and enable fusion commercialization agenda by partnering with private industry, academia and national laboratories,
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