Jet turbine stability, chocolate smoothness and drug purity all rely on crystallization – transforming fluids into a highly ordered solid.… Read More
Jeroen Tromp’s geophysics group at Princeton University is using of one of science’s most powerful supercomputers to map underground plate… Read More
The NOvA project at the Fermi National Accelerator Laboratory aims to catch an elusive, shape-shifting particle called the neutrino in… Read More
This is the second article in a four-part series about applying Department of Energy big data and supercomputing expertise to… Read More
Fluids flowing underground are fundamental to water and energy security. These flows are important for a variety of applications –… Read More
This is the first article in a four-part series about applying Department of Energy big data and supercomputing expertise to… Read More
In the supercomputers of yore, "people wanted the operating system to just get out of the way,” says Pete Beckman,… Read More
A huge barrier in converting cellulose polymers to biofuel lies in removing other biomass polymers that subvert this chemical process.… Read More
When he became a University of Washington assistant professor in 2015, Alvin Cheung vowed in a summary of his CV… Read More
From climate-change predictions to models of the expanding universe, simulations help scientists understand complex physical phenomena. But simulations aren’t easy… Read More