Exascale Science looks at challenges in building and the scientific possibilities of next-generation computers that will operate at exaflops – processing power many times that of today’s fastest machines.
Experts believe that nuclear power – along with renewable energy sources like wind and solar – can help mitigate the… Read More
In the late 2000s, Lawrence Berkeley National Laboratory scientists Carl Steefel and David Trebotich had a computational dream. They wanted… Read More
In kilometer-sized particle accelerators, electric fields hurtle small bits of matter at nearly light speed. Those fast, powerful particle beams… Read More
A computational model of an exploding star – a supernova – is the “quintessential multi-physics simulation,” says a team designing codes… Read More
In the old days of cell biology, scientists knew the atomic structures of few membrane proteins. Now, amid the so-called… Read More
A transformative gale is blowing through the U.S. power industry. The Energy Information Administration puts wind power’s share of America’s… Read More
Note: Sandia National Laboratories' Mark Taylor is co-author of a paper, “A Performance-Portable Nonhydrostatic Atmospheric Dycore for the Energy Exascale… Read More
The Aurora supercomputer – scheduled to arrive at the Department of Energy’s Argonne National Laboratory in 2021– stands to benefit… Read More
For high-performance computing (HPC) systems to reach exascale – a billion billion calculations per second – hardware and software must… Read More
In the supercomputers of yore, "people wanted the operating system to just get out of the way,” says Pete Beckman,… Read More