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instrument operation and troubleshooting, with opportunities to contribute to groundbreaking scientific research utilizing neutron scattering. For more information, visit https://neutrons.ornl.gov/nse
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research in areas such as quantum materials, energy-related materials, soft matter, complex fluids, and biology. The section currently comprises three groups (Chemical Spectroscopy, Direct Geometry, and
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in enabling scientific discovery, innovation, and national capability. Our division delivers end-to-end expertise across the entire enrichment process—from the chemical synthesis of feed materials to
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production and application of radioisotopes and nuclear materials. The successful candidate will be integrated into multiple efforts within the group focused on integrating computational and experimental
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radioisotopes and work with rare nuclear materials within the nuclear facilities in the Melton Valley area of the ORNL campus. The Radiochemical Engineering Development Center (REDC) Laboratory
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Energy and National Nuclear Safety Administration, this position will grant you the opportunity to work with rare nuclear materials, and the unique facilities at ORNL, including the High Flux Isotope
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fellowships in various research fields, including biology and the environment, clean energy, fusion and fission, isotope science, materials science, national security, neutron science, and supercomputing
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following ORNL Neutron Sciences website: https://neutrons.ornl.gov/suites/diffraction As part of our research team, you will emphasize developing software analysis tools for multi-dimensional data
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instruments may be found on the following ORNL Neutron Sciences website: https://neutrons.ornl.gov/suites/diffraction As part of our research team, you will emphasize developing software analysis
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fungal systems and genetics. The successful candidate will be part of the Synthetic Biology section ( https://www.ornl.gov/group/synthetic-biology ) and will contribute to a Laboratory Directed Research