A team of scientists ran advanced computer simulations on supercomputers to propose a way to use quasiparticles for super-bright light sources.
Hosted by Fermi National Accelerator Lab, Kylar Greene's research will be focusing on theoretical and computational research in high energy physics.
Researchers are developing soft, stretchable electronic components that improve measurement accuracy, hold a charge longer, & offer comfort for users.
The long partnership will create new opportunities for collaborative research, funding, and academic advancements that will benefit both institutions.
From quarks to quasars, the award supports Carnegie Mellon researchers investigating the standard model of particle physics.
Yale will play a role in several initiatives highlighted in the Nuclear Science Advisory Committee’s long-range plan for nuclear physics research.
MIT researchers show how topology can help create magnetism at higher temperatures.
Researchers at Texas A&M and PNNL have discovered how the solid–electrolyte interphase critically governs the performance of rechargeable batteries.
CCNY’s Grove School mechanical engineer Yang Liu leads a DOE-supported project to develop critical processes in plasma-based research.
Felix Ringer recently received the distinguished Early Career Research Award from the U.S. Department of Energy.