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Alexandre Tartakovsky develops methods to improve computational modeling to understand fluids interactions and the spreading of mass.
Communique Newsletter: February 07, 2022
The research builds on work that improved forecasts using data assimilation, a statistical method that paints the most accurate picture of conditions.
New method from Clemson University researcher, enabled by Frontera supercomputer, helps explain role of phonons in copper-based superconductivity.
The team studied three genera of coral using PEEM spectromicroscopy - which detects the different forms of calcium carbonate.
Researchers at Berkeley Lab have demonstrated tiny concentric nanocircles that self-assemble into an optical material with precision and efficiency.
The findings could help resolve a 60-year-old mystery and lead to applications in temperature-sensitive devices and energy-efficient systems.
The realm of quantum technology extends into problems such as modeling climate & weather or financial markets, or creating new types of molecules.
Choe, a Ph.D. student in Jonathan Sweedler’s chemistry lab, is building microbiology tools needed for CABBI’s bioenergy research.
Researchers made a fundamental discovery about the atomic structure and vibrations in multilayer nanostructures, advancing materials design.