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Jennifer Morrell-Falvey, a senior staff scientist at ORNL, has been elected as a fellow of the American Association for the Advancement of Science, or AAAS, one of the world’s largest general scientific societies and publisher
A new biosensor developed at ORNL detects the emerging presence of fungus on plants at the molecular level, paving the way for next-generation crop protection and the development of stress-tolerant plants.
From the discovery of a mutant mouse to the frontier of quantum computing and new molecular frameworks, ORNL research connects to three of the 2025 Nobel Prizes. The honors in medicine, physics and chemistry underscore how curiosity-driven research continues to drive global breakthroughs.
Rebecca Wilkes, an ORNL synthetic biologist and UT-ORII Fellow, engineers microbes to convert biomass and waste into valuable chemicals. Her work aims to advance efficient biomanufacturing and support a domestic bioeconomy.
Scientists at ORNL were part of a multi-institutional team that explored how modern scientific approaches such as genomics and biochemical profiling can be combined to understand and improve disease resistance in the iconic American chestnut tree.
Carrie Eckert is working toward a future in which engineered microbes and plants are the workhorses of ultra-efficient biofactories, turning biomass into high-value products. As co-chief science officer for DOE's Center for Bioenergy Innovation at ORNL, she is stewarding a team of scientists across the country who are making that vision a reality.
To meet the growing demand for faster scientific discovery that strengthens bioeconomy, plant scientists worked with manufacturing systems engineers at ORNL to develop robotics and computer vision to accelerate the development of new stress-tolerant plants.
ORNL has launched a novel robotic platform to rapidly analyze plant root systems as they grow, yielding AI-ready data to accelerate the development of stress-tolerant crops for new fuels, chemicals and materials. The new platform adds belowground imaging to ORNL’s Advanced Plant Phenotyping Laboratory.
Scientists at ORNL have developed software that reduces the time needed for a key task in the development of custom microbes from a week to just hours. The new tool cracks a key defense mechanism of microorganisms, expediting the creation of microbes with desired traits for the production of new biofuels and other valuable products for the bioeconomy.
Scientists at ORNL have created a new method that more than doubles computer processing speeds while using 75 percent less memory to analyze plant imaging data. The advance removes a major computational bottleneck and accelerates AI-guided discoveries for the development of high-performing crops.