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A Q&A with Berkeley Lab scientist Jeffrey Long on a material for capturing CO2.
Researchers identified calcium concentrations and soil alkalinity as key factors of uranium groundwater contamination in California’s Central Valley.
The project combines in situ small-angle neutron scattering measurements, to develop theories for deformations at extreme shear rates.
The non-platinum catalyst may lead to cheaper, longer-lasting power.
The research supports a 100 percent clean energy economy: modernize the U.S. electric grid, revolutionize batteries, and reinvent transportation.
With an epic Arctic Ocean expedition at an end, researchers wrangle with rich ARM measurements.
A team at Princeton Plasma Physics Laboratory employs DOE supercomputers to understand heat-load width requirements of future ITER device.
This past summer, physics major Jess Eskew interned virtually at the Princeton Plasma Physics Laboratory through the SULI program.
DOE has awarded Arizona State University physics Assistant Professor Siddharth Karkare a $300,000 grant to develop more intense electron sources.
Researchers at Caltech, USC, and Oak Ridge National La discover why a perfect crystal is not good at conducting heat, although it seemingly should be.