ORNL introduced Future Foundries at IMTS 2024, a platform to boost U.S. manufacturing by offering small and medium-sized companies advanced, integrated systems to stay competitive.

ORNL tested its APC technology on Chattanooga's EPB Quantum Network, marking a venture into commercial quantum technology application, supported by a partnership with EPB and UTC.

Matthew Loyd of Oak Ridge National Laboratory has received a DOE Early Career Research Program award for his proposal to improve neutron detection technology.

Katy Bradford, a doctoral candidate, is pioneering Cassette Construction at Oak Ridge National Laboratory, which aims to revolutionize the building industry with eco-friendly, prebuilt wall panels that reduce construction time and carbon emissions.

Scott Abston, after 35 years at Y-12, chose to work at ORNL's Isotope Processing and Manufacturing Division instead of retiring, drawn by its impactful mission on health and science.

A NASA-led study using drones with LiDAR has found that rainforest carbon emissions are mostly due to wildfires, storms, and logging, not just clear-cutting.

ORNL's Spallation Neutron Source has started a middle school outreach program using LEGO to educate students on STEM topics related to particle acceleration.

Autonomous vehicle technology advances in Chattanooga with an ORNL and Western Michigan University collaboration, where new road markers help self-driving cars navigate in poor visibility.

ORNL has reached a milestone by reviewing data for the one billionth scanned item for radiation, highlighting efforts in preventing nuclear smuggling with international cooperation.

The article discusses the growing energy demands of data centers, particularly for AI development, and the innovations in energy-efficient supercomputing led by Oak Ridge National Laboratory's Frontier supercomputer.

Researchers at ORNL and Vanderbilt University discovered a new ligand that can efficiently separate rare-earth metals, promising a cleaner and less wasteful process.

ORNL researchers have developed a more energy-efficient method for processing nanocellulose, reducing energy usage by 21%, leveraging molecular simulations on their advanced supercomputers.

ORNL leads a $15 million DOE project to produce large metal components for clean energy using additive manufacturing, reducing production time and enhancing US manufacturing capabilities.