Sentences with phrase «supercomputer models»
"Supercomputer models" refer to powerful computer programs or simulations used to represent and understand complex systems or phenomena, such as weather patterns, climate change, or the behavior of a virus. These models run on high-performance computers called supercomputers, which are capable of handling vast amounts of data and performing extremely fast calculations. Full definition
This uncertainty is changing because of improved supercomputer modelling of the movement of water through ecosystems, based on 20,000 locations around the world.
sciencedaily.com
The signal also closely matched that predicted by supercomputer models of black - hole mergers, said LIGO Scientific Collaboration spokeswoman Gabriela Gonzalez, a professor of physics and astronomy at Louisiana State University.
Wigley ran scenarios of stratospheric sulfate injection on the scale of Pinatubo's estimated 10 million tons of sulfur through supercomputer models of the climate, and reported that Crutzen's idea would, indeed, seem to work.
«Supercomputer model shows planet making waves in nearby debris disk.»
Scientists are learning how to detect and recognize those waves by studying supercomputer models run at two NASA campuses, the Ames Research Center at Moffett Field, California, and the Goddard Space Flight Center in Greenbelt, Maryland.
«Earthquake simulations of California's Hayward fault: Supercomputer modeling helps show more realistic motions.»
Last month, the National Science Foundation and the Department of Homeland Security quickly backed a proposal to use highly detailed supercomputer models to forecast how the oil will affect coastal areas.
In a study led by the University of Oklahoma with ORNL, the University of Tennessee and Saint Louis University, lab experiments were combined with supercomputer modeling to identify molecules that boost antibiotics» effect on disease - causing bacteria.
They then employed supercomputer modeling to rapidly assess the arsenic - trapping potential of thousands of variations and combinations of these minerals.
HydroPoint's custom - programmed supercomputer models the daily water needs of every square kilometer across the U.S. and Canada, remotely driving clients» irrigation systems.
During an intense, immersive two - week session, 35 young scientists were instructed by 23 experts in topics ranging from practical techniques in supercomputer modeling to the fundamental physics of magnetic explosions.
Researchers wrote new codes for supercomputer modeling to better understand where magma is more likely to accumulate in the crust.
NCAR ready to deploy supercomputer models to get the job done To do this, NCAR will use an approach called Nested Regional Climate Modeling (NRCM), which allows it to «nest» a version of its high - res weather model inside its lower - res global climate model.
To add to the confusion, the existing supercomputer models offer only a blurred, myopic vision of the world, which isn't focused enough to resolve most clouds.
Typically, computational models run on supercomputers model 10 to 12 water clusters.
Tom M. L. Wigley, a highly esteemed climate scientist at the National Center for Atmospheric Research (NCAR), ran scenarios of stratospheric sulfate injection — on the scale of the estimated 10 million tons of sulfur emitted when Mt. Pinatubo erupted in 1991 — through supercomputer models of the climate, and reported that Crutzen's idea did, indeed, seem feasible.
Professor Müller said the two - phase uplift suggested by supercomputer models is supported by geological features from rivers in the Snow Mountains, where river incision occurred in two distinct phases.
The researchers, led by assistant professor Adam Liska, used a supercomputer model at UNL's Holland Computing Center to estimate the effect of residue removal on 128 million acres across 12 Corn Belt states.
The supercomputer models then evaluate all the factors that push and pull the climate, setting the global thermostat.
They evaluate the supercomputer model results and develop a coordinated assessment of future global warming under the auspices of the United Nations, including extensive review by both individual scientists and governments.