Kairos Power chooses the K-25 site in Oak Ridge for its nuclear project, leveraging the site's infrastructure and proximity to nuclear research facilities and expertise.

ORNL researchers won Welding Journal's top award for their paper on innovative repair methods for the high g' IN-100 superalloy used in jet engines, which may reduce cracking.

ORNL appointed technology transfer liaisons to facilitate research commercialization, aligning with efforts to advance market-ready innovations and solutions for challenging problems.

Researchers win the Gordon Bell Prize for quantum molecular dynamics simulations on the world's most powerful supercomputer, Frontier, achieving a major computational milestone.

Researchers at Oak Ridge National Laboratory have advanced the development of lightweight polymer membranes for fuel cells, with a study using neutron scattering and computational models.

Seven ORNL researchers have been named Battelle Distinguished Inventors, acknowledging their contributions in transferring technologies from the lab to the market.

Researchers from KAUST won the Gordon Bell Prize for creating an exascale climate emulator on the Frontier supercomputer, enhancing climate model resolution while reducing costs.

Four ORNL researchers were named Highly Cited Researchers, indicating their work is in the top 1% of citations.

Argonne National Laboratory used the Frontier supercomputer to run advanced cosmological simulations, including atomic and dark matter, for a detailed universe model.

The ForWarn tool from ORNL and the U.S. Forest Service uses satellite imagery to track forest disturbances and was key in monitoring damage after Hurricane Helene.

Researchers at ORNL and the University of Michigan have identified the molecule S-adenosylmethionine as key in the production of toxic methylmercury, offering insights for potential prevention.

The article discusses a scientific discovery of a molecule, S-adenosylmethionine, which is crucial in forming toxic methylmercury, potentially leading to ways to prevent its formation and mitigate its harmful effects.

The Department of Energy's QCUP is seeking feedback to advance quantum computing through a Request for Information, involving the scientific community and stakeholders.