New RNA biosensor technology at Oak Ridge National Laboratory allows real-time monitoring of gene expression in plants, enhancing agriculture and biosecurity.

ORNL has made progress in nuclear thermal rocket technology, which could accelerate NASA's Mars missions with new fuel coatings tested in a reactor at Ohio State University.

Oak Ridge National Laboratory announces a series of community nature walks focusing on the local ecosystem's biodiversity, starting with wildflowers and forests.

Troy Carter leads ORNL’s Fusion Energy Division, aiming to realize fusion energy, overseeing research projects like MPEX, and fostering partnerships in the fusion community.

Five Oak Ridge National Laboratory scientists were named AAAS fellows for their outstanding contributions in physics, microbial ecology, chemical sciences, chemistry, and plasma physics.

Dave Weston at ORNL explores plant resilience using APPL's robotics and AI, with findings like the 'Booster' gene in poplars, and anticipates an underground imaging station to study root systems.

A team from ORNL and University of Tennessee has developed a memory management tool for supercomputers, improving data storage efficiency and performance on machines like the exascale supercomputer Frontier.

Researchers combined neutron scattering and simulations to study butanol's toxic effects on fermentation microbes, offering insight into biofuel production efficiency.

ORNL researchers explore quantum computing for fluid dynamics; the study highlights potential benefits and current challenges, with ongoing research needed for practical application.

Jairus Hines at ORNL blends his hobby with his career to develop drone-based radiation detection systems, enhancing national security and emergency response while minimizing risk to humans.

Miaofang Chi and Rigoberto "Gobet" Advincula of ORNL were named Fellows of the Materials Research Society for their contributions to materials research.

The US Army is collaborating with ORNL to develop advanced nuclear systems, focusing on microreactors for military installations and national security.

The DHS and ORNL are developing tech to rapidly detect plant diseases and pests in US agricultural imports, aiming to safeguard agriculture and minimize commercial disruption.