Topics

Researchers use simplified computer simulations to tackle the extreme temperatures and precise control challenges required to create a star-like energy source on Earth.

Stable plasma waves enable free-electron laser amplification at extreme ultraviolet wavelengths in just a few millimeters of acceleration.

Researchers develop a faster and more accurate way to interpret X-ray data from experiments simulating conditions in stars, planets and fusion reactors.

Emory university researchers use machine learning on dusty plasma to uncover non-reciprocal interactions and correct old theories in many-body systems, advancing physics and biology studies.

New AI tool Diag2Diag improves plasma monitoring for reliable, cost-effective fusion energy systems.

Researchers enhance simulation of electric fields in plasmas, aiding chip manufacturing and fusion research with faster, stable tools.

DELERIA software at Berkeley and Oak Ridge labs processes massive nuclear physics data in seconds, enhancing experiments.

University of Michigan's ZEUS laser hits 2 petawatts, advancing research in medicine, security, and astrophysics.

Computer models now match experiments on particle flow in tokamaks, aiding better designs for future power plants.