ORNL deployed a specialized team that used drone technology to aid disaster relief efforts across the Southeast U.S. after Hurricanes Helene and Milton, collecting over 400GB of geospatial data on energy infrastructure.

The study mapped the genetics of over half a million U.S. veterans, using ORNL's supercomputer Summit to analyze the data for precision medicine advancements.

Oak Ridge National Laboratory is partnering in the Stor4Build Consortium to develop advanced thermal energy storage technologies to reduce the strain HVAC systems put on the electric grid.

Maximiliano Ferrari of ORNL was honored as an IEEE senior member for his work on microgrid stability and reliability, including developing networked microgrids in Puerto Rico.

ORNL researchers use VR to enhance security at nuclear reactors by studying human behavior patterns to anticipate insider threats and improve safety protocols.

ORNL researchers are working on nuclear nonproliferation by studying uranium and developing methods to prevent the misuse of nuclear materials globally.

NCCS at ORNL has increased its educational outreach by presenting at computing conferences to educate young professionals on high-performance computing.

The DOE's National Quantum Information Science Research Centers celebrated four years of quantum research, advancing the fields of computing, energy, security, and communication.

ORNL researchers developed two methods to transform coal into graphite for EV batteries, potentially reducing reliance on imports and aiding the economy in coal regions.

Researchers at ORNL, led by Clinton Stipek, developed a machine learning algorithm that predicts building height with high accuracy, enhancing urban landscape understanding.

A recent ORNL DAAC workshop in South Africa highlighted the importance of accessible ecological data for global biodiversity conservation, showcasing a comprehensive dataset from the BioSCape campaign.

ORNL showcased its impact on supercomputing at SC24, where its team won the Gordon Bell Prize for a quantum simulation using the Frontier supercomputer, and gained multiple other accolades and achievements in the field.

ORNL has developed FREDA, a simulation tool that combines various modeling tools to speed up next-generation fusion reactor design, leveraging machine learning and high-performance computing.