Richard Mayes of ORNL was elected a Fellow of the American Chemical Society for his work in separations chemistry and his influence in science education.

The ORNL leads collaborations in quantum technology, like the QCUP, which provides resources to over 100 science projects using quantum computers, addressing a range of scientific fields.

Andrew Petzold has been named the new CFO of ORNL, where he will align financial strategies with the lab's mission and support its scientific efforts.

Kevin Roccapriore of AtomQ is innovating in quantum computing by using high-powered electron microscopes for atomic manipulation to potentially scale qubits.

ORNL's article highlights its quantum technology advances in healthcare, cybersecurity, communication, and entrepreneurship, promising a significant impact on various industries.

ORNL celebrates 100 years of quantum mechanics, highlighting its leadership in quantum science and technology, with advancements in quantum communication, computing, and a new initiative for 2024.

A collaboration between the Department of Energy's facility at Oak Ridge, Kairos Power, and Barnard Construction introduces 3D-printed forms for concrete in nuclear construction.

ORNL highlighted its AI advancements at the AI+ Expo, discussing topics like AI's role in scientific research, AI model security, and integrating AI with quantum computing.

Oak Ridge National Laboratory collaborates with Atomic Canyon to use AI in nuclear licensing, leveraging advanced computing to improve efficiency and safety in the nuclear energy sector.

Tech and nuclear energy leaders discussed AI and nuclear energy collaboration for scalable solutions at an executive summit hosted by US national labs.

ORNL successfully tested 3D-printed steel capsules in a high-neutron flux reactor, marking an advancement in additive manufacturing for nuclear applications.

Six entrepreneurs join ORNL's Innovation Crossroads to develop energy startups, with fellowships providing stipends, travel allowances, and access to facilities and mentorship.

ORNL scientists confirmed critical errors in standard water simulations, emphasizing the need for accurate time steps to avoid volumetric inaccuracies impacting various industries.