🔥The 9th Round of Easy Loan, Earn $40 Reward is in progress❗️ ⏰ Promotion Period: January 15th - Feburary 15th, 2025 👉 Register now and check more details at gate.io/campaigns/358

ORNL is leading innovation to secure critical materials and strengthen U.S. supply chains — developing ways to recover and reuse rare earth minerals and valuable components from batteries, hard drives and consumer electronics. Learn more: bit.ly/4d3Lamf

New ORNL-developed software is designed to streamline data analysis for the cutting-edge GRETA spectrometer at Berkeley Lab 💫 Learn more ⬇️ ornl.gov/news/novel-dat…

Curious about what happens at a national lab? We’ve got answers. ⬇️

ORNL scientists developed a new way to make large-scale 3D-printed parts stronger and more dependable. The new method reduces tiny air pockets by up to 75%, improving strength, durability, and performance. Learn more ⬇️ ornl.gov/news/reduced-p…

A breakthrough in grid modeling could speed up innovation and boost the resilience of U.S. power systems ⚡📊 ornl.gov/news/research-…

A new technique lets scientists watch how tiny structures move inside advanced materials — in real time. This breakthrough could lead to the design of much more energy-efficient technologies for computing and beyond. Learn more 👇 ornl.gov/news/scientist…

ORNL researchers simulated a key quantum state at one of the largest scales reported. The findings could mark a step toward improving quantum simulations ⤵️ bit.ly/44yBTQX

Inspiring the next gen 💫 UT-Battelle contributed to the purchase and installation of advanced manufacturing equipment at Oak Ridge Schools to support a program that gives students direct experience with an AI- and robotics-assisted workplace of the future. ornl.gov/news/ut-battel…

ORNL researchers developed a new technique to see how tiny structures inside advanced materials shift and respond to electric signals — which could help scientists design powerful new technologies and next-gen electronics. Learn more 👇 ornl.gov/news/scientist…

ORNL is shaping the future of manufacturing with advanced materials, smart systems and powerful software — accelerating tech commercialization, strengthening U.S. supply chains and boosting national competitiveness. Learn more: bit.ly/444VyI8

ORNL scientists developed a new method that improves durability and strength of large-scale 3D-printed parts. The innovation has applications for industries like aerospace, automotive and defense tooling. ⤵️ ornl.gov/news/reduced-p…

Quantum prototype beats classical computing system in head-to-head comparison, demonstrating the potential of quantum to advance scientific simulations and future sensing and computing technologies. ⤵️ ornl.gov/news/quantum-c…

ORNL is advancing the science behind fusion energy. By solving the toughest challenges in fuel, physics, and engineering, we’re helping make fusion a reliable source of abundant, secure energy for generations to come. Learn how 👇 bit.ly/4k4KEqP

New “black box” grid modeling method protects proprietary information about the inner workings of equipment while providing an accurate simulation of grid behavior up to 20x faster than traditional tools. Read more ⬇️ ornl.gov/news/research-…

.NASA's Dragonfly mission is one step closer to launch. But how will it be powered on Saturn’s moon? With Pu-238 from Oak Ridge Lab, the lab is powering American innovation and deep space leadership. 🔗 bit.ly/4dAh9e0 Illustration: NASA

🏗️ Building on the level. New Oak Ridge Lab #AI tool sizes up foundations in minutes with a laser scan, quickly identifying problems and certifying smoothness for faster construction. Learn more: bit.ly/4ko6BkF

Did you catch our latest #AtScale episode? Dr. Stephen Streiffer, Lab Director at Oak Ridge Lab, joined us for a great conversation about the future of Tennessee's workforce. We dig into how AI intersects with the future of work, the skills ORNL looks for in new hires and how tnAchieves

ORNL is leading innovation to secure critical materials and strengthen U.S. supply chains — developing ways to recover and reuse rare earth minerals and valuable components from batteries, hard drives and consumer electronics. Learn more: bit.ly/4d3Lamf

ORNL scientists can now watch how tiny structures move inside advanced materials — in real time⚡👀 Their new technique paves the way for ultra-efficient chips, sensors & next-gen computing. Learn more 👇 ornl.gov/news/scientist…

ORNL researchers simulated a key quantum state at one of the largest scales reported. The findings could mark a step toward improving quantum simulations ⤵️ bit.ly/44yBTQX