Oak Ridge National Laboratory's Biological Monitoring and Abatement Program (BMAP) celebrates its 40th anniversary and continues to serve as a model for aquatic biodiversity monitoring and ecological stewardship.

Oak Ridge National Laboratory researchers developed FLAT, a tool using AI and a laser scan to rapidly check foundation flatness, reducing measurement times by 90%.

MIT researchers used the Frontier supercomputer to simulate the density and pressure inside neutron stars, vital for understanding their physics and composition.

ORNL is researching ultra-high-temperature ceramics (UHTCs) for their potential in fusion reactors, focusing on their high melting points and resilience to extreme heat and radiation.

Oak Ridge National Laboratory has developed a new method for producing metal molds through 3D printing for the automotive industry, potentially increasing efficiency and reducing waste.

UT-Battelle donates $475,000 to Oak Ridge High School's STEM program for advanced manufacturing tools and support, boosting AI and robotics education.

Scientists at Oak Ridge National Laboratory and NC State University have simulated the real-time movement of tens of thousands of electrons, advancing understanding of material responses at the atomic scale.

The ORNL and Geovox Security Inc. partnership has enhanced security with the Heartbeat Detector for detecting hidden persons in vehicles, now improved with cloud-based software for broader use.

DELERIA is a new data streaming platform from the Lawrence Berkeley and Oak Ridge national labs, set to accelerate nuclear physics data analysis from hours to seconds, and will operate with GRETA in 2026.

ORNL hosted an AI expo with over 200 experts, focused on AI's role in science. Keynotes, demos, and a hackathon featured, highlighting AI's transformative impact and fostering collaboration.

ORNL researchers have developed a new imaging method to study ferroelectric materials, key to more energy-efficient electronics, by observing domain wall behavior.

Researchers at ORNL have improved the strength of large-scale 3D prints by reducing internal porosity by 75% using a new vacuum-assisted extrusion method.

Six projects at Oak Ridge National Laboratory received NAIRR and INCITE awards for AI foundation models advancing scientific research in areas including energy, cancer screening, and natural disaster monitoring.