Hugh O'Neill uses neutron beams at ORNL to study biological materials, potentially advancing biofuel production by understanding cellulose synthesis at the molecular level.

Neus Domingo Marimon of Oak Ridge National Laboratory has been named a senior member of IEEE for her significant technical and professional achievements.

ORNL researchers led by Hsuan-Hao Lu have developed a pioneering quantum gate, improving quantum network resilience against errors and advancing quantum computing and communication.

Researchers at ORNL completed the Energy I-Corps program, working on a carbon capture system called Green Capture, aiming to commercialize their sustainable technology.

The Oak Ridge National Laboratory has developed AI technology that reduced the time to process cancer pathology reports from 22 to 14 months, potentially accelerating cancer detection and response.

Duke University researchers improved solid-state batteries using a material called Li6PS5Cl, suggesting safer, faster-charging, longer-lasting batteries. Neutron scattering and simulations showed lithium ions move easily through the material.

Massimiliano "Max" Lupo Pasini received the NERSC High Performance Computing Achievement Award for his innovative work on HydraGNN, an AI tool for material design.

Knoxville joins the DOE's Charging Smart program, bolstering its electric vehicle infrastructure without direct funding but with policy and technical assistance.

Melissa Cregger received the prestigious PECASE award for her work on plant-microbe-soil interactions at ORNL, showcasing her potential in science and engineering.

ORNL researchers have created a method to transform waste plastics into high-performance materials by editing the polymers, offering a recycling solution that maintains value.

ORNL has created an advanced automated system for testing semiconductor devices, offering comprehensive diagnostics and efficient evaluation across various conditions.

P&G utilized a supercomputer to develop safer and more concentrated detergent formulas, avoiding traditional testing in favor of computational predictions.

ORNL demonstrated a quantum network with automatic polarization compensation, ensuring stable signal polarization and signal integrity over EPB's fiber optics for more than 30 hours, enhancing security and capacity for future quantum internet.