On June 3, a flatbed truck arrived at the front gates of @PPPLab carrying a piece of machinery that could influence the course of energy innovation in the United States — the central magnet bundle for the National Spherical Torus Experiment-Upgrade (NSTX-U), a compact fusion system designed to be the most powerful of its kind in the world: https://t.co/bbjezs4vqK
Special delivery. 🚚 The 23,000 pound, 20-foot long central magnet bundle for the National Spherical Torus Experiment-Upgrade (NSTX-U) made a grand entrance to PPPL marking a new era of fusion energy research for the Lab, the nation and the world. https://t.co/I1W7kleJnv
In alignment with @energy's #GenesisMission, @TheaEnergy has announced plans to collaborate with @nvidia, @Synopsys, @argonne and PPPL to build a digital twin for its Helios fusion power plant. PPPL will supply key plasma modeling and computational tools. https://t.co/w2Baksatib
We're collaborating on the first digital twin of a #stellarator#fusion power plant leveraging world leading AI, physics, & engineering with @nvidia, @Synopsys, @argonne and @PPPLab. News: https://t.co/ctNIY4ZIFK
📍At FusionXAmericas this week, stop by our booth to learn more.
A new machine for a new era. ⚛️ With delivery of a critical component for the National Spherical Torus Experiment-Upgrade (NSTX-U), a powerful and compact fusion system, PPPL ushers in new possibilities for fusion innovation. https://t.co/2Nv7U95CFc
.@doescience highlights a twisty path to fusion energy, with stellarator development by PPPL and @TheaEnergy. The Basic to Breakthrough series shows how investments from @ENERGY's Office of Science have led to new technologies that are changing the world. https://t.co/VDaRxprw0R
Congratulations to @SOSV@hax_co on announcing the new home of the NJ HAX Plasma Forge, a collaboration with PPPL and @NewJerseyEDA to launch and grow startups focused on plasma technology.
Our big push into plasma 🎆tech - HAX Plasma Forge - has a home: the SRI building in Princeton, NJ, which is also the former home of RCA Laboratories 📺and the David Sarnoff Research Center. We will do our best to live up to the legends who walked those halls!
https://t.co/2vUSdvOcFb
As PPPL marks 75 years of shaping and controlling plasma, the fourth state of matter, the Quantum Diamond Laboratory is taking Lyman Spitzer’s founding vision into a new frontier: growing atomically precise diamonds to power tomorrow’s quantum sensors. https://t.co/WwJo36lQeo
Join Misha Padidar of the @SimonsFdn Flatiron Institute for the next #AI4Fusion Colloquium on Wed., June 3 from 4-5 p.m. ET, where he will discuss how AI is helping to develop fast methods for the design of twisty fusion machines known as stellarators. https://t.co/21R6eP7Zqv
Hear from Rinkle Juneja of @ORNL as she share's about the Materials Plasma Exposure eXperiment (MPEX) and efforts with @ENERGY's #GenesisMission to use AI to track potential damage at the next #AI4Fusion Colloquium on May 20 from 4-5 p.m. ET. https://t.co/ePh93G59vl
At a recent graduation ceremony, four PPPL apprentices were celebrated for their accomplishments. 🎓 Apprenticeships at PPPL include a range of fields, from electrical and mechanical engineering to information technology, cybersecurity and cryogenics. https://t.co/YH3ComJ6Sy
Join us for the next #AI4Fusion Colloquium on May 20 from 4-5 p.m. ET to hear from Rinkle Juneja of @ORNL as she share's about the Materials Plasma Exposure eXperiment (MPEX) and efforts with @ENERGY's #GenesisMission to use AI to track potential damage. https://t.co/ePh93G59vl
One more week to share! 📢 Help us continue to inspire, engage and connect by taking the PPPL communications survey ➡️ https://t.co/Vdvu8FsMPC. Feedback will help guide our strategy for the coming year. Responses extended through May 15.
New research sheds light on how magnetic fields form in direct-drive inertial fusion systems, which could change plasma simulations for fusion experiments. @EurekAlert reports. ⬇️ https://t.co/CUh3QivxiX
New insights PPPL, @Princeton, @MIT, @UnivKansas and @UofMaryland could help researchers advance an approach to fusion known as direct-drive inertial fusion. See how it could change plasma simulations for fusion experiments. ➡️ https://t.co/OcYzYS3l9o. #FusionEnergyWeek
Tomorrow! 🚨 Join us for a special #FusionEnergyWeek edition of the #AI4Fusion virtual colloquium with Cristina Rea of @MIT's Plasma Science and Fusion Center. Join the conversation online from 4-5 p.m. ET on Wednesday, May 6: https://t.co/LuMMoSA8vg
A new 10-year project agreement between @ENERGY and @PlasmaphysikIPP paves the way for partnerships between the U.S. and Europe for research enabling the fusion energy systems of the future that will bring electricity to the power grid. #FusionEnergyWeek
https://t.co/64uAgYaTNG
Join us for a special #FusionEnergyWeek edition of the #AI4Fusion virtual colloquium with Cristina Rea of @MIT's Plasma Science and Fusion Center. Join the conversation online from 4-5 p.m. ET on Wednesday, May 6: https://t.co/LuMMoSA8vg
“Apprenticeships expand workforce training in our state,” said @GovSherrillNJ, at a ceremony celebrating the latest grads of PPPL’s @USDOL-registered apprenticeship program in fusion energy and engineering. See how the program is expanding nationwide: https://t.co/dnSlBRvYHo
Today NJDOL joined @GovSherrillNJ, @AndrewZwicker, @USDOL, @NJCommColleges and more partners at Princeton Plasma Physics Laboratory to honor a remarkable group of apprentice graduates and officially kick off Apprenticeship Week. Read more: https://t.co/0EuTKll1YH