Power players
Two DOE early career stars work to efficiently move big data.
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.
Sandia’s QUEST team works to put uncertainty theory in practice.
ESnet, the data network that ties 25,000 scientists to Department of Energy laboratories, computers and instruments, is celebrating its 25th birthday with a facelift.
Studying interactions among the neutrons and protons that comprise nuclei will require exascale computers.
High-performance computing is boosting a promising new battery technology that may make electric cars a practical alternative to gas.
Aerodynamics experts can simulate the complex world of air turbulence as never before.
Exaflops-capable computers could be just the fuel the nuclear power industry needs.