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PNNL is investigating the effects of physical forces on metals by taking a direct look at atomic-level changes in metals undergoing shear deformation.
Funding provided by the Inflation Reduction Act is accelerating the development of several critical facilities and projects at Berkeley Lab.
Communique Newsletter: November 14, 2022
Argonne computer scientist works on power and processor efficiency while diversifying the workforce.
For four decades, the work of the Nuclear and Particle Physics Group has created a reputation in basic science research and real-world applications.
Engineers at Rice University have developed stable devices that don’t require expensive iridium.
Allen Wood is a 2nd year Materials Science Ph.D. student in Jinsong Huang’s research group at UNC-Chapel Hill who interned at ORNL this past summer.
Cutting-edge technologies will enable researchers to reengineer poplar trees to produce alternatives to petroleum-based products.
A machine learning algorithm automatically extracts information to speed up – and extend – the study of materials with X-ray pulse pairs.
Syed finds the most rewarding part of his job is that today’s frameworks are going to be useful for experiments that are yet to be undertaken.