178 quantum-physics-"https:"-"https:"-"https:" uni jobs at Oak Ridge National Laboratory
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Requisition Id 16082 Overview: The Performance Assurance Group of the Integrated Operations Support Division (IOSD) at Oak Ridge National Laboratory (ORNL) seeks a Process Improvement Engineer
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physics through a combination of exploiting multiple diagnostics, data-driven/ML/AI analysis techniques, and pellet fueling modeling validation. Support and upgrade ORNL diagnostic and pellet injector
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physics through a combination of exploiting multiple diagnostics, data-driven/ML/AI analysis techniques, and pellet fueling modeling validation. Support and upgrade ORNL diagnostic and pellet injector
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position in quantum information science. We seek outstanding candidates with expertise in quantum information science and condensed matter physics. Candidates that seek to build a research program focused on
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Requisition Id 15728 Overview: We are seeking a Group Leader for Accelerator Physics (AP) who will focus on executing an R&D portfolio advancing the state of the art in the control, simulation and
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). Research will focus on dynamic and out-of-equilibrium signatures of emergent physics that are observable in both materials experiments and quantum simulations. Active collaborations with experimental and
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transformative solutions to compelling problems in energy and security. The Enrichment Systems Engineering Section is seeking a Process Design Engineer who will support the Enrichment Science and Engineering
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Requisition Id 15635 Overview: We are seeking a Research Scientist who will support a growing portfolio of research in cutting edge physics-based machine learning, geophysical modeling, spatial and
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on facility operations schedules. Major Duties/Responsibilities: Development, execution, and analysis of experimental studies with emphasis on advancing pellet fueling physics through a combination of
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Requisition Id 15882 Overview: We are seeking a Research Staff Scientist to advance our fundamental understanding in 2D materials, thin films, and hybrid nanostructures for quantum information