A new AI can “see” what fusion sensors miss, helping stabilize plasma and make reactors more efficient. The breakthrough ...

Princeton Plasma Physics Laboratory published a new paper last week, marking significant results from the lab’s artificial intelligence research. In the paper, published in Nature Communications, PPPL ...

Microscopic turbulence in plasma can trigger macroscopic structural changes. In complex physical systems, such cross-scale interactions—between different spatial and temporal scales—are known as ...

Tokamaks are machines that are meant to hold and harness the power of the sun. These fusion machines use powerful magnets to ...

Imagine watching a favorite movie when suddenly the sound stops. The data representing the audio is missing. All that's left ...

Reversed field pinch (RFP) plasma physics is a distinctive branch of magnetic confinement research that explores self-organised plasma equilibria in which the toroidal magnetic field reverses in the ...

In a recent breakthrough that has left the scientific community astounded, researchers have managed to create a stable ring of plasma in a laboratory setting. This unprecedented achievement could have ...

Electron beam generated plasmas constitute a refined method for producing ionised gases, achieved by directing a high-energy electron beam into a neutral gas. The non-equilibrium ionisation caused by ...

Kearny-based Thea Energy partners with AWS to advance stellarator fusion technology, aiming to bring clean, commercial fusion ...

China unveils robotic arm trio for fusion reactor maintenance, moving closer to stable clean energy and ITER support.

Two grants from the Department of Energy were recently awarded to professors in the Department of Physics, one to research professor Alla Safronova and another to professor Bruno Bauer. Both ...