The Cosmic Wobble: A Breakthrough in Understanding Planet Formation Scientists at the Princeton Plasma Physics Laboratory (PPPL) recently uncovered a new mechanism that may explain how planets take shape from swirling disks of matter around stars and black holes. By s... accretion disks astrophysics laboratory experiments magnetic fields magnetorotational instability planet formation plasma physics turbulence
Data Recovery and Precision in Fusion Energy Systems Now Uses Ai The precision required to sustain a fusion reaction is immense, and it relies on a vast network of sensors. What happens when those sensors fail? Introducing Diag2Diag , an innovative artificial intel... AI diagnostics fusion energy machine learning plasma physics sensor data tokamaks
MIT's AI is Powering Safer, More Reliable Fusion Energy Clean, virtually limitless, and emission-free is the promise of fusion energy, yet turning this dream into a safe and dependable reality has proven exceptionally difficult. One of the toughest challen... artificial intelligence energy reliability fusion energy machine learning plasma physics renewable energy tokamak
How AI Is Used For Shadow Detection in Fusion Reactors Fusion reactors operate at extreme temperatures, making the identification of vulnerable surfaces essential for safe and efficient operation. A cutting-edge artificial intelligence tool, HEAT-ML, deve... AI deep learning fusion energy magnetic shadows plasma physics PPPL reactor design SPARC
How Public-Private Partnerships Are Accelerating Fusion Energy Breakthroughs Fusion energy has long promised a future of abundant, clean power, but turning this scientific vision into commercial reality requires more than academic innovation. The ST40 reactor collaboration sta... fusion energy plasma physics public-private partnerships research innovation scientific collaboration spherical tokamak Tokamak Energy
PPPL FLARE Device Is Revolutionizing Plasma Physics Research The Facility for Laboratory Reconnection Experiments (FLARE), recently unveiled at Princeton Plasma Physics Laboratory (PPPL), brings the dramatic power of solar flares and fusion reactions into the l... fusion energy laboratory research magnetic reconnection plasma physics PPPL scientific collaboration solar flares
Wendelstein 7-X: A Leap Toward Commercial Fusion Power Clean, limitless energy is no longer a far-off dream, recent advancements in fusion research are bringing this vision closer than ever. The Wendelstein 7-X (W7-X) stellarator in Greifswald, Germany, h... diagnostics energy research fusion energy international collaboration pellet injector plasma physics stellarators Wendelstein 7-X
Radio Waves Are Powering the Next Leap in Fusion Energy Fusion energy has long inspired visions of clean, virtually limitless power. Now, a major step forward has been achieved at the world’s largest stellarator, the Wendelstein 7-X (W7-X), where researche... fusion energy helium-3 ions ion cyclotron resonance plasma physics radio wave heating stellarator Wendelstein 7-X