Power from plants
Deploying massive computer resources to convert stems and leaves to sugars for fuel.
Deploying massive computer resources to convert stems and leaves to sugars for fuel.
The increasing power of high-performance computers has created a parallel increase in the data they process and produce.
Brothers’ methods model flows and assess uncertainty.
Better nanoscale materials for devices like solar cells may depend on bigger, more detailed computational models.
An eight-year effort to improve database indexing is paying off for a group of Lawrence Berkeley National Laboratory researchers with FastBit.
For almost 30 years, LBNL mathematician James Sethian has been building code for better semiconductors, improved medical images and other practical applications.
University of New Mexico and Sandia National Laboratory researchers have ideas for quieting operating-system noise.
Ralf Deiterding’s quest for unexplored areas in scientific computing has led to simulations of detonation at the finest detail.
A Japanese supercomputer’s record-setting performance set off a drive to keep American science competitive.
A computer simulation shows how new, efficient nuclear power plants can keep their cool.