Good combination
Combinatorial scientific computing, or CSC, has helped reveal new ways of understanding deep, hidden structure in our world, in areas from genomics to engineering.
Combinatorial scientific computing, or CSC, has helped reveal new ways of understanding deep, hidden structure in our world, in areas from genomics to engineering.
Graph theory reveals hidden links that could greatly improve scientists’ predictions of hurricane activity.
Computer designers are rethinking nearly everything in their quest to develop systems capable of exaflops-speed calculations.
At 10 petaflops, the Blue Gene/Q supercomputer known as Mira will about about 20 times more powerful than the current-generation machines.
Scientific simulations at the exascale will generate huge amounts of data that researchers will need to assimilate for discoveries.
Two DOE early career stars work to efficiently move big data.
A Purdue University team is scaling up tools that model various nano-electronic devices, including the next generation of transistors.
Supercomputers are speeding new-materials designs that sponge up carbon dioxide and helping assemble systems for large-scale carbon capture.
Scientific simulations are running even faster, thanks to the growing use of graphics processing units.