From Our Blogs

FRIB just published the first paper from its first experiment and UT’s physicists built the tools that made it possible.

Researchers from Lehigh University bring a dose of reality to the green energy movement.

Caltech professor Marco Bernardi has developed a new theory and numerical calculations to predict spin decoherence in materials with high accuracy.

The DOE-funded collaboration will help make computer modeling more potent, actionable for the future of plasma science and sustainable energy.

Illinois professors Qian Chen and Jian-Min Zuo are the first to map out altered domains inside rechargeable ion batteries at the nanoscale.

LSU Mechanical Engineering Assistant Professor Shyam Menon is leading a group of LSU Engineering faculty in a $1.14 million DOE-funded project.

The Surface Atmosphere Integrated Field Laboratory will reveal new insights into the flow of water from atmosphere to bedrock.

A new generation of software and computing experts will take on this challenge head-on and help maximize the physics reach of the experiments.

The diffusion of penetrants in polymeric matrices has broad applications, including membrane separations, barrier coatings, and drug delivery.

Scientists developing new materials are studying moiré patterns in overlapping atomically thin materials that produce intriguing electronic phenomena.