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Argonne scientists has leveraged artificial intelligence to train computers to keep up with the massive amounts of X-ray data taken at the APS.
The new system will help users throughout the sciences get the most out of high-power lasers.
Simulations using the OLCF supercomputer could lead to better, faster turbines for jet engines and more.
Argonne-driven technology is part of an initiative to answer questions about the birth of matter & the building blocks that hold the universe together
Scientists are working to turn chemical energy storage into practical setups that could one day help power neighborhoods, infrastructure, & industry.
Uncrewed aerial systems of this size gather in situ measurements of trace gases, aerosols, clouds, meteorological parameters, and surface properties.
Argonne earned eight Technology Commercialization Fund awards, including many related to nuclear science and engineering projects.
Dié Wang, Gabriel Isaacman-VanWertz, and Xue Zheng plan to use data from DOE’s ARM user facility in their early career projects.
Six early-career scientists will advance the science of the electron-ion collider.
A new Argonne National Laboratory report reveals how supply chain trends have evolved holistically.