An ambitious hunt for antiviral therapies underscores how DOE high-performance computers can offer rapid results in health emergencies.
DOE points its CAMERA collaboration at growing challenges in energy, nanoscience and computing across its light-source facilities.
With supercomputer power from Oak Ridge’s Summit, Duke researchers aim to follow circulating cancer cells to understand metastasis.
The Summit supercomputer tunes up for galaxies’ worth of radio-telescope data.
Sandia ensnares ions to offer experimenters a less cold and noisy way to study quantum computing.
An open-source supercomputer code called WarpX simulates laser-made plasmas and presents a path for shrinking particle accelerators.
DOE’s Energy Exascale Earth System Model will harness the next level of supercomputer to explore big climate questions.
An Argonne researcher upgrades supercomputer optimization algorithms to boost reliability and resilience in U.S. power systems.
From new energy materials to drug discovery and subatomic physics, artificial intelligence programs are creating scientific knowledge and applications across Department of Energy national labs.
Simulations on Oak Ridge’s Summit supercomputer take aim at new energy-transmission devices and quantum computers.