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Computational researchers from ORNL are working with a Cincinnati children’s hospital to better predict and address mental health disorders in children.
As the world has grown more technologically advanced and interconnected, the physical limitations of adversarial engagements have diminished.
The creation of physics-based gas centrifuge simulations to better understand centrifuge design for uranium enrichment is the primary purpose of a program called the Advance Simulation Initiatives for Nonproliferation Applications, or ASINA.
ORNL’s Geospatial Science and Human Security Division combines expertise in high-performance computing and geospatial science to provide decision-makers with timely information for rapid emergency response, disaster recovery and power restoration.
Energy infrastructure is so interconnected that cascading failures can have wide-reaching effects on access to safe food, winter heating and life-sustaining medical devices.
A lesser-known mission of the Manhattan Project during the last two years of World War II saw American engineers traveling around Europe to understand the state of the Nazi nuclear program.
ORNL is proud of its role in fostering the next generation of scientists and engineers.