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Four physicists from Washington U in St. Louis were allocated supercomputer access to complete high-impact computational science projects in 2023.
Researchers explore a novel avenue of material design using computer simulations to virtually modify the real-world inner structures of new polymers.
FRIB just published the first paper from its first experiment and UT’s physicists built the tools that made it possible.
Researchers from Lehigh University bring a dose of reality to the green energy movement.
Jefferson Lab and its partners benefit from Scientific Discovery through Advanced Computing Partnership in Nuclear Physics grants.
Researchers at Fermilab are building the largest, most powerful refrigerator at millikelvin temperatures ever created.
Once built, the system could produce fast X-ray pulses ten times more powerful than ever before.
Caltech professor Marco Bernardi has developed a new theory and numerical calculations to predict spin decoherence in materials with high accuracy.
The DOE-funded collaboration will help make computer modeling more potent, actionable for the future of plasma science and sustainable energy.
Illinois professors Qian Chen and Jian-Min Zuo are the first to map out altered domains inside rechargeable ion batteries at the nanoscale.