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Projects span research in artificial intelligence, neutrinos, and rare processes, as well as the development of particle accelerator and detector technology
A new study that shows error mitigation can give quantum computers an edge over supercomputers in some common physics calculations.
Researchers at Carnegie Mellon University are exploring electronic materials that have potential to make computer processors more energy efficient.
Ohio University physicists contribute to first detection of baryon acoustic oscillations from DESI.
Researchers at ORNL are the first to use neutron reflectometry to peer inside a working solid-state battery and monitor its electrochemistry.
A new mass spectrometry combo at Pacific Northwest National Laboratory offers promise for tapping nature’s unknown chemical universe.
Student STEM Ambassadors draw upon their experiences as interns to offer advice on how to make the most out of an internship at Argonne National Lab.
Researchers at the University of Oklahoma discover chemical element boron species plays a key role in enhancing catalytic activity.
Lamiaa El Fassi and her colleagues are the first scientists to observe how subatomic particles—known as lambda particles—are formed.
UC Irvine-led mission’s cosmic maps include galaxies, quasars and stars in the Milky Way.