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Climate scientists are working to improve climate models so they can more accurately represent precipitation extremes.
Researchers will quantify the interaction of cryogenic ice pellets w/ energetic particle beams to better understand their behavior in fusion plasmas.
A research team will study the complex interactions between convective clouds and their surrounding environments to improve weather prediction.
Concord University has been accepted as an institutional member of the COHERENT Collaboration at Oak Ridge National Laboratory.
World-renowned accelerator physicist Raimondi will step in as the project director of the Proton Improvement Plan II (PIP-II) project on November 20.
The radiopharmaceutical expert plans to expand and improve isotope research and production to help meet nation's growing needs.
The increased use of additive manufacturing is creating demand for faster manufacturing rates and new stronger, lighter, more resilient composites.
The research goal is to predict how water flows through rock formations in the subsurface through complex simulations and accurate field measurements.
JQI researchers have found a way to translate the concept of ergodicity into the quantum realm, based on a particle’s quantum energy levels.
Associate professor of physics James Battat has been awarded $1,250,000 over the next five years to support his research for the elusive neutrino.