PPPL looks to magnetic mirrors to produce small, economical fusion devices.
A trio of new and improved cosmological simulation codes heralds a new era of exascale computational astrophysics that promises to advance our understanding of the universe with models of unprecedented scale and resolution.
Yuan Ping developed measurement methods that helped scientists properly control fusion energy losses at the National Ignition Facility.
Researchers are looking below the soil’s surface to better understand how a plant thrives.
Northwestern University DOE Early Career Award recipient speeds alternative-energy discoveries.
The Advanced Photon Source at Argonne National Laboratory recently underwent an upgrade that will make it more powerful than ever before.
Weill Cornell team uses powerful computing to decipher the molecular mechanics of healthy and diseased cells.
To learn more about valuable elements being made in space, researchers brought the void above to the lab below.
University of Maryland DOE Early Career researcher explores flexible, dynamic architectures for high-performance computers.
Scientists used multiple DOE Office of Science user facilities to understand the bacteria-busting properties of cicada wings.