Oak Ridge National Laboratory and JuggerBot 3D collaborate on advancing large-format 3D printing, aiming to print with thermoset polymers and improve thermoplastic printing uniformity. Their partnership has already enhanced material bead consistency.

Oak Ridge National Laboratory has developed technologies to create high-performance magnets using fewer critical rare earth elements, licensed to United Rare Earths, potentially reducing strategic vulnerability in tech and defense industries.

Oak Ridge National Laboratory has developed a lighter, polymer-based battery component for EVs that promises lower costs, fast charging capabilities, and improved safety.

Bays Mountain Park opened a new immersive exhibit, "Discover Our Appalachian Highlands Home," with interactive features such as a lake diorama, wildlife replicas, and sensory stations to educate on the area's ecosystem.

ORNL scientists used machine learning on the Summit supercomputer to accurately predict molten salt properties, aiding nuclear reactor design and safety.

ORNL researchers used simulations to improve carbon fiber strength by adding PAN nanofibers, using the Frontier supercomputer to analyze a 5 million atoms model.

ORNL researchers have developed a method to enhance carbon fiber composites' strength by improving the bond between fibers and polymer matrix using a hybrid technique involving carbon nanofibers.

ORNL's ESTD advances a strategic vision emphasizing energy security, resilience, and affordability, blending science with collaborative innovation to strengthen the U.S. energy sector.

The Quantum Science Center is reviewing its achievements and planning its future, with progress noted in quantum research and user adoption of its Quantum Instrumentation Control Kit.

Oak Ridge National Laboratory's Biological Monitoring and Abatement Program (BMAP) celebrates its 40th anniversary and continues to serve as a model for aquatic biodiversity monitoring and ecological stewardship.

Oak Ridge National Laboratory researchers developed FLAT, a tool using AI and a laser scan to rapidly check foundation flatness, reducing measurement times by 90%.

MIT researchers used the Frontier supercomputer to simulate the density and pressure inside neutron stars, vital for understanding their physics and composition.

ORNL is researching ultra-high-temperature ceramics (UHTCs) for their potential in fusion reactors, focusing on their high melting points and resilience to extreme heat and radiation.