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.

ANS awarded Arnold Lumsdaine and Walid Metwally from ORNL's Fusion and Fission Energy and Science Directorate with Presidential Citations for their nuclear sector contributions.

Oak Ridge National Laboratory and Sierra Space Corporation have developed a new reusable thermal protection system for spacecraft that withstands multiple atmospheric re-entries.

ORNL's supercomputer Frontier trains AI to design new proteins, potentially advancing medical and environmental solutions, with results earning a Gordon Bell Prize nomination.

Teletrix acquires a commercial license for VIZRAD AR, an AR platform developed with technologies from ORNL, enhancing radiation safety training through realistic simulations.

ORNL's supercomputer Frontier has trained ORBIT, an advanced AI model, to deliver highly accurate weather predictions, from short-term to a month in advance.

Oak Ridge National Laboratory's PCAT facility is testing new power line technologies to help increase the capacity and efficiency of the U.S. power grid in response to rising demands and the effects of extreme weather.

The University of Maryland research team has been nominated for the Gordon Bell Prize for their work on AxoNN, a framework for training AI models on supercomputers.

The DOE awarded an $88.8 million contract for a new stable isotope production facility at ORNL, enhancing the U.S. capability to meet growing isotope demand.

Oak Ridge National Laboratory's Spallation Neutron Source successfully operated its Proton Power Upgrade at 1.7MW for 1,250 hours on a new target, with over 96% availability, aiding research and the US economy.

Researchers at ORNL are analyzing the failure modes of new solid electrolyte batteries to improve their efficiency and dependability for renewable energy storage.