Argonne Activities at SC12

Accelerating the discovery of alternative fuel sources

In many ways, biofuel research is like modern day alchemy. The transmutation of biomass materials — which includes anything from kitchen and latrine waste to stalky, non-edible plants — into a sustainable and renewable energy source involves catalysts and chemical

Posted in Argonne Leadership Computing Facility, Research

Parallel GPGPU application takes aim at tumors

Protons, specifically proton beams, are increasingly being used to treat cancer with more precision. To plan for proton treatment, X-ray computed tomography (X-ray CT) is typically used to produce an image of the tumor site — a process that involves

Posted in Research

Cracking the source of crackle in supersonic jet noise

The ASCR Leadership Computing Challenge projects that make up roughly 30% of the time awarded on ALCF supercomputers each year go to support “high-risk, high-payoff” simulations of interest to the DOE. Stanford’s Parviz Moin used his 60 million hour award

Posted in Argonne Leadership Computing Facility, Research

Mira science run probes turbulence physics

Earlier this month, University of Texas’s Robert Moser initiated the first full-scale production run on Mira, the ALCF’s new 10-petaflops system. Moser is examining the complex physics of a specific region of wall-bounded turbulence, which is central to understanding the

Posted in Research

Blood clots are ready for their close-up

Leopold Grinberg of Brown University and an international team of researchers have used three of the world’s fastest supercomputers to create a detailed and sophisticated model of clot formation in an aneurism — a bulging of a vessel wall as

Posted in Argonne Leadership Computing Facility, Research