UT-Battelle’s annual awards celebrate exceptional contributions in research, operations and community engagement among ORNL staff members. Credit: ORNL, U.S. Dept. of Energy UT-Battelle, which manages ...
Discovered new, cleavable, kagome metal with complex antiferromagnetism, competing for stability against a related family of “shurikagome” metals. Provides new material platform for the interplay of ...
ORNL staff participants in the Bosslift flight, from left are: Brian Egle, Jeff Davis, Lisa Bollinger, Kris Torgerson and ORNL Director Stephen Streiffer. Credit: ORNL, U.S. Dept. of Energy Several ...
Dr. Ghosh's research focuses on data-driven and machine learning approaches combined with the state-of-the-art first principles methods to study complex material systems. In particular, she has ...
Leveraging multidisciplinary expertise and exploring new ways to integrate advanced manufacturing into building envelope design such as 3D printing for precast concrete molds, proving to be more ...
The eco-friendly composite offers a sustainable alternative to synthetic materials for artificial habitats, promoting better wildlife health and encouraging natural behaviors among bats. Traditional ...
Huan Zhao has wanted to learn about the world around him for as long as he can remember. Now, his work helps push the limits of what humankind can observe and understand. As a Eugene P. Wiger Fellow ...
Scientists reveal that Mn-doping can be used to control ferromagnetism and novel altermagnetic responses in MnTe. Understanding and controlling exotic transport phenomena in altermagnets will enable ...
MDF is a world leader in advanced manufacturing research and development and is driving the adoption of new materials, software, and systems for clean energy applications. Companies of all sizes can ...
MSTD is responsible for the operations of a number of core capabilities at ORNL. With its world-leading core expertise, MSTD staff support the missions of all eight of the lab's science and technology ...
Delivering scalable and architecture-aware algorithms. The Mathematics in Computation section creates the mathematics and architecture-aware algorithms that harness machines, ideas, and data, enabling ...