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Researchers are embarking on a monumental U.S. Department of Energy project to better predict the future of water availability in the West.
Theoretical model shows that alloying accelerator structures w/ oxygen provides a faster, better, cheaper path to predictable accelerator performance.
Berkeley Lab experiments quantify the effects of overhead heating on room air mixing with implications for COVID-safe meetings and classrooms.
A white paper outlines battery requirements and research and development needs to accelerate the commercialization of electric propulsion.
The study helps explain corrosion by molten salts, knowledge that is critical for developments in nuclear and solar energy technologies.
Grants will focus on studies of cloud, aerosol, and precipitation processes and interactions.
The researchers found a way to demonstrate both the desired hallmarks-habituation and sensitization-in nickel oxide, a quantum material.
New research lays out the chemical steps used by a naturally occurring enzyme to convert a common chemical compound into ethylene.
These circuits use superconducting quantum bits, or qubits, the smallest units of a quantum computer, to store information.
Over the next five years, the three Cornell University researchers each will receive approximately $400,000 to $500,000 from the program.