Investigate. Discover. Optimize. Cutting-edge research platform to develop solutions for fusion energy commercialization.
San Diego, CA
Joined December 2019
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More exciting #NegativeTriangularity news from DIII-D! Today, we’re announcing a public-private partnership between DIII-D and @Kyotofusioneer to realize a new negative triangularity divertor in our tokamak.
Read more: d3dfusion.org/NT-divertor
Big news! Our Negative Triangularity Team has won the John Dawson Award for Excellence in Plasma Physics Research from @APSphysics, recognizing the team’s efforts in advancing negative triangularity with the ultimate goal of practical #fusionenergy.
d3dfusion.org/dawsonaward202…
DIII-D National Fusion Facility retweeted
AI and fusion science: Our innovative machine learning framework predicts hardware shifts in fusion devices, boosting stability & advancing the pursuit of a superabundant energy source. And it's ready to deploy at @d3dfusion. ⚛️🌌🔥🖥️
Read more: jlab.org/news/stories/blendi…
ALT Two individuals dressed in yellow and blue protective suits work inside the interior of a large, metallic, and circular fusion reactor chamber.
DIII-D National Fusion Facility retweeted
A new AI software framework known as PACMAN can keep fusion energy systems stable. Developed by PPPL, @Princeton & Japan's National Institutes for Quantum Science and Technology, PACMAN was tested in five experiments at the @ENERGY's @d3dfusion. ➡️ bit.ly/4i1a0rA
DIII-D recently hosted its 3rd Annual Summer School to introduce new participants to the program and support their development into productive team members by building a solid foundation of practical skills for #fusion science and technology research.
#workforcedevelopment
DIII-D recently hosted our 2nd annual Industry Event Day, bringing together the fusion industry, supply chain, & other stakeholders to build collaborations. DIII-D provides the key platform to close essential fusion science & tech gaps through these public-private partnerships.
Back by popular demand - DIII-D tours!
Come for a behind-the-scenes look during Nuclear Science Week (Oct. 21) and learn how our team is turning research questions into science & tech innovations for #fusionenergy.
Advanced registration required: bit.ly/4wpQB7d
Preventing disruptions is a key remaining challenge for fusion. Jessica Eskew recently evaluated a strategy to manage energetic electrons. Her results will inform approaches to predict & control energetic electron behavior to limit harmful disruptions in fusion devices. #SCGSR
Imagine if fusion researchers could run hundreds—or even thousands—of virtual plasma experiments before testing the most promising approaches on the DIII-D tokamak. We’re making that a reality with the DIII-D Digital Twin, featured at the inaugural #GenesisMission Summit in D.C.
Now hiring for Deputy Director
If you’re a leader who balances big-picture strategy with hands-on execution, apply today! Bring your passion for fusion to DIII-D, and be a major piece in this premier fusion facility advancing #fusionenergy.
bit.ly/4wkTYNB
At #EPS2026, DIII-D team members presented work highlighting our valuable contributions to fusion science & tech, and the experts at our booth discussed recent & upcoming DIII-D activities with attendees. We're excited to continue our collaborative efforts toward #fusionenergy.
How can we shrink instrument suites to meet the tight limits needed for #fusionenergy? A team at DIII-D led by @PPPLab scientists is testing a new #AI model, Diag2Diag, to supplement existing diagnostic data with synthetic data.
Learn more: science.osti.gov/fes/Highlig…
🔔 REMINDER 🔔 Today is the FINAL DAY to register for a talk or poster at the DIII-D Industry Event Day, happening August 21st. Sign-up to share your work and learn about DIII-D capabilities and resources supporting #fusionenergy.
Register here: bit.ly/4dMrZzo
We’re excited to be at #EPS26 this week!
Stop by booth #3 to learn about our capabilities, experimental progress, future plans, and – most importantly – how you can get involved with the program to accelerate your fusion science & tech work!
#fusionenergy
Register for the “Fusing Experiments, Data, and Computing at DIII-D and ALCF” webinar on July 16th to learn how DIII-D works within the American Science Cloud infrastructure to advance fusion science & tech with HPC resources.
Registration: alcf.anl.gov/events/fusing-e…
Welcome OpenStar Technologies!
OpenStar is pursuing a levitated dipole approach for #fusionenergy and will investigate materials proposed for their device at DIII-D. We’re looking forward to working together to advance material science & their unique approach to fusion energy.
DIII-D is excited to play a notable role in the @ENERGY Fusion Science and Technology Roadmap. We're ready to apply our current capabilities and soon deploy new enhancements to solve fusion science & tech gaps and address pressing challenges facing fusion commercialization.
Jackson Monahan, a student at @UCIrvine, evaluated how impurities affect the growth & stability of magnetic islands. His experiment will inform projections on plasma behavior in future commercial devices, providing the first controlled impurity-island interaction measurements.
DIII-D recently participated in the 27th PSI Conference. At this preeminent international conference on plasma-material interactions research, the team delivered engaging invited talks and posters, demonstrating the progress in fusion science & tech being achieved at DIII-D.
DIII-D Industry Event Day is back! Join the fusion community at our annual event aimed to build collaborations, develop solutions to science & tech challenges, and highlight opportunities at DIII-D to accelerate progress toward commercialization. bit.ly/4dMrZzo
