October 13, 2026
3 MIN READ
Researchers at the Department of Energy’s (DOE) Oak Ridge National Laboratory (ORNL) and their collaborators received a 2026 Award for Composites Excellence, or ACE Award, for developing a large-format, 3D-printed water-soluble polymer mandrel for manufacturing lightweight, linerless Type V composite pressure vessels.
October 13, 2026
4 MIN READ
ORNL researchers developed Motor Decide, an SI-driven platform that helps companies evaluate electric motor technologies based on performance, critical material availability, supply chain stability and long-term resilience.
October 13, 2026
5 MIN READ
In fiscal year 2025, ORNL generated an estimated $6.6 billion in U.S. economic impact and supported 25,819 jobs nationwide, including 17,058 jobs in Tennessee. Its contributions also included $497.5 million in spending with small businesses and efforts to move research toward the marketplace through patents, licensing, industry partnerships and workforce development.
October 12, 2026
6 MIN READ
Researchers at ORNL used the Frontier supercomputer to develop a quantum algorithm that could lead to more advanced models in fluid dynamics and other scientific fields. The findings could ultimately support applications in such real-world problems as microfluidics, groundwater flow and porous media flow as scientists work to develop more accurate, “fault-tolerant” quantum computers with lower error rates.
October 9, 2026
5 MIN READ
Students at different stages of their academic careers joined researchers at the Department of Energy’s Oak Ridge National Laboratory this summer to explore how better data and advanced computational tools can support water power research and operations.
October 8, 2026
8 MIN READ
Since its inception as a modeling tool to understand Arctic landscapes, the Advanced Terrestrial Simulator has become a flexible platform used to analyze the nation’s range of interconnected land and water systems, from the energy asset-rich U.S. Southeast to Great Lakes-adjacent farmlands. Scientists at ORNL are refining and expanding the tool to provide actionable information for infrastructure planning and operation.
October 8, 2026
5 MIN READ
ORNL has been selected for six Phase II awards under the DOE’s Genesis Mission. The six multi-year projects will advance AI-enabled research in materials science, microelectronics, quantum computing, accelerator operations, HPC software development and fusion energy, building on work initiated during Genesis Mission Phase I.
October 8, 2026
3 MIN READ
High school students will work alongside researchers at Oak Ridge, Idaho and Pacific Northwest national laboratories, applying artificial intelligence to science and engineering problems, through the Battelle-Genesis Mission High School Fellowship.
October 8, 2026
4 MIN READ
DOE has selected four national laboratory-led projects to drive breakthroughs in advanced robotics and automation for scientific infrastructure. The ORNL-led project, Testbed for Robotics and Autonomy in Connected Experiments, will build on Oak Ridge’s in-house INTERSECT automated laboratories ecosystem to connect robots, scientific instruments, SI agents, digital twins, data systems, and computing resources through standardized interfaces.
October 8, 2026
3 MIN READ
Two ORNL scientists have been recognized with DOE Office of Science Early Career Research awards for innovative research.
October 7, 2026
5 MIN READ
With support from DOE national laboratories, including ORNL, Texas-based company Element3 has launched the first domestic lithium mining project in 50 years. This achievement is likely to have a big impact, turning the United States from a net importer of lithium to a country well on the path to greater energy independence, national security and economic strength.
October 7, 2026
9 MIN READ
ORNL researchers are developing intelligent automation systems that help manufacturers operate efficiently with smaller workforces. Work at the Manufacturing Demonstration Facility integrates robotics, sensing and advanced controls to increase flexibility and reduce production time. These technologies are strengthening U.S. manufacturing competitiveness by supporting faster deployment and securing domestic supply chains.