Computing climate
Models that the DOE program CHAMMP improved more than a decade ago still contribute to global climate science.
Models that the DOE program CHAMMP improved more than a decade ago still contribute to global climate science.
Chris Oehmen’s research bridges the worlds of biology and high-performance computing.
Unraveling complex equations helps computers solve them fast and efficiently.
Big computers are needed to run fusion energy reactor models.
A collaboration helps optimize particle accelerators.
The big computers of today might not have been possible if some dedicated experts hadn’t gathered at an ‘unappetizing’ hotel in the 1990s.
Scientists are redefining the computer operating system concept for the next generation of high-performance computers.
A program designed to find and fix bad computer codes now is finding malicious programming and maintaining software on some of the world’s biggest computers.
University of Texas researchers are out to make computer simulations more precise with mathematical methods to estimate errors.
A mathematical software framework has potential applications in energy, drug development and other fields.