Oak Ridge Lab

Through the Genesis Mission, @ENERGY is investing in the future of AI for national priorities. ORNL’s Discovery and Lux systems will strengthen America’s scientific capabilities and help drive breakthroughs in energy, security and technology. Read more ➡️ bit.ly/4ribKij

A new upgrade at the Spallation Neutron Source is accelerating neutron research by boosting data quality 📊 bit.ly/3POr08A

From trillions of particles to 15 billion light-years of cosmic space. 🌌 Using @ORNL's Frontier supercomputer, researchers at @Argonne ran the largest astrophysical simulation of the universe ever conducted. 🔗 bit.ly/4hZqVYT

In the latest episode of ORNL’s Sound of Science podcast, hear how ORNL and its partners are helping shape the future of nuclear energy as they dive deep into the nuclear fuel cycle. 📽️ Listen now: bit.ly/3PpMc4K

ORNL researchers combined 3D printing and PM-HIP to make large metal parts faster, cheaper and with less waste. The process enables complex, high-performance components for nuclear, aerospace and energy applications. 🔗 bit.ly/4nux7ez

An ORNL-produced isotope is helping protect critical infrastructure. Iridium-192 supports non-destructive testing of pipelines, welds, and industrial systems, helping industries identify flaws without causing damage.

New partnership to accelerate the on-demand manufacture of qualified, mission-critical components for U.S. national security applications. Read more ⬇️ bit.ly/3RoiwFz

A new materials approach could help reduce power demands in future electronics 💻 The approach reduced the energy needed by about 40% and could support more efficient memory and wireless communication devices using existing chip manufacturing methods: bit.ly/4uGMDqm

A new episode of the Sound of Science podcast just dropped! Tune in to learn what the nuclear fuel cycle is, why it matters, and how ORNL and its partners are working to improve it. Apple Podcasts: apple.co/4nBW33P Spotify: bit.ly/4wGXPVK

ORNL researchers developed new experimental methods to measure how uranium-bearing molten salts conduct heat and flow, providing critical data for advancing molten salt reactor technologies. Read more: bit.ly/4dC4Pvp

ORNL-developed system uses real-time data and modeling to improve efficiency. The “digital twin” continuously monitors operations remotely, then updates the real-world settings to improve performance, lower energy use, and avoid maintenance downtime: bit.ly/49w8RD4

A tiny isotope produced at ORNL helps support security at U.S. airports every day. ✈️ Nickel-63 is used in explosive detection systems that strengthen border and airport security nationwide.

By combining AI, automation, and nanoscale science, ORNL researchers are accelerating discovery in microelectronics research. Learn more: bit.ly/4tmGj65

AI is reshaping data center demands, requiring new approaches to computing, cooling, power delivery, and grid integration. The latest issue of @theNAEng’s The Bridge, co-edited by ORNL’s Robert Wagner, explores the future of AI infrastructure. Read: bit.ly/42w0qUF

ORNL researchers developed an on-machine monitoring system that can detect cutting tool wear with about 98% accuracy in seconds. The system provides consistent, real-time feedback, helping manufacturers reduce downtime, optimize tool use and lower costs ⬇️ bit.ly/4d8Vb26

ORNL is supporting innovation in medicine through isotopes like xenon-129. Xe-129 → advanced MRI imaging. It offers non-invasive diagnostics and better patient insight.

New DOE report compiled by ORNL researchers shows that fuel costs depend on more than a vehicle’s make and model. Driving habits and maintenance also play a role. ⬇️ bit.ly/4tlVPz8

Tiny isotopes make a national impact. ORNL radioisotopes advance cancer treatment, national security, energy, and discovery. Actinium-225 → Targets and destroys cancer cells → Limited global supply → Produced at ORNL Follow along for more!

Ovarian cancer is one of the deadliest. ORNL + UT researchers are advancing isotope-based approaches to detect and treat it. This #WorldOvarianCancerDay, we highlight what U.S. isotope capability makes possible. bit.ly/4e7wipI

This isotope helps enables next-gen cancer care. Nickel-64 is used to produce copper-64, and copper-64 is used in medical imaging and therapies. The lab's science continually pushes medicine forward.

Highly accurate ORNL model informs power plant cooling operations, even where data is scarce: bit.ly/4urZBI7