Galaxy and gluons
Physicists looking for patterns in the cosmos face a huge challenge in data handling and analysis.
Physicists looking for patterns in the cosmos face a huge challenge in data handling and analysis.
Mysteries of phenomena both minuscule and magnificent await supercomputing muscle.
Over the next decade, scientists will require computers that can operate at exaflops speeds, a thousand times faster than today’s best supercomputers.
A University of Colorado researcher has modeled blood, wind and other flowing fluids by adapting computational grids to areas where they’re needed most.
The Southern California Earthquake Center uses the nation’s largest supercomputers to predict damage when the Big One hits.
Mathematicians are on the trail of illicit radioactive materials.
Without applied mathematicians, skills for translating the world into numbers, scientific computing and simulation would be stuck in the past.
Using genetic engineering and computer modeling, researchers have built a genetic clock, in which bacteria use chemical signals to generate synchronized waves of activity.
Computer models get a grip on a soapy subject.