Biologically inspired architectures create opportunities and obstacles.
Researchers turn to DOE supercomputers to study the havoc – and promise – of tiny bubbles.
DOE-NCI project applies computational power to predict molecular targets for cancer therapies.
The Titan supercomputer and a tool called Starkiller help Stony Brook University-led team simulate key moments in exploding stars.
Models based on advanced statistical theory and machine-learning algorithms aim to predict a disease’s trajectory.
National labs lead the push for operating systems that let applications run at exascale.
A University of Michigan team uses high-performance computing at Oak Ridge to predict how crystals form.
A Princeton-led team uses earthquakes and Oak Ridge’s Titan supercomputer to map the heat engine called Earth.
To handle troves of high-energy physics data, Fermilab researchers and others are turning to high-performance computing labs, academic grids and the commercial cloud.
An Oak Ridge-led pilot project is devising automated computational tools to collect key data from medical records and deliver the right cancer treatment at the right time.