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materials, and detector response to radiation sources. Model conceptual advanced reactors and their subsystems. Evaluate safeguards metrics during hypothetical reactor misuse scenarios. Collaborate across
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using reliable classical reference calculations and extending toward more challenging regimes. As part of our team, you will work closely with ORNL staff and external collaborators in quantum computing
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ICP to determine ion concentrations Collaborate with ORNL staff, University collaborators, Industry partners who are involved in the project Participate in project planning and execution Present and
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highly collaborative environment including teams in Neutron Sciences Directorate and Physical Sciences Directorate, leveraging state-of-the-art neutron characterization and other characterization tools
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collaboration with industry, national laboratories and university researchers. ORNL has world-leading nuclear, radiological and scientific facilities, including the High Flux Isotope Reactor, and this role would
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AI-ready scientific data. As a postdoctoral fellow at ORNL, you will collaborate with a dynamic team of scientists and engineers, leveraging cutting-edge resources; most notably the Frontier
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items, and participate creatively in collaborative teams across the laboratory. Ability to function well in a fast-paced research environment, set priorities to accomplish multiple tasks within deadlines
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, collaborate with interdisciplinary teams, publish in leading scientific venues, and contribute to emerging QHPC software and system technologies. Major Duties/Responsibilities: Develop and evaluate
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separation, and biomass based chemical and fuel precursors. Selected candidate will be responsible for developing new and exciting ideas, building collaboration within and outside ORNL, and executing
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candidate will manage several projects concurrently, help shape new research directions within their field, and collaborate closely with ORNL staff, industry professionals, and academic partners. Based within