18 computational-physics-simulation-"Prof"-"Prof" Postdoctoral positions at The University of Arizona
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) Number of Vacancies 3 Target Hire Date Expected End Date Contact Information for Candidates Prof. Mohammed Hassan, Assistant Professor of Physics and Optical Sciences mohammedhassan@arizona.edu Open Date 7
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Sign In Create Profile Postdoctoral Research Associate-Computer and Information Research Tucson, AZ, United States | req23101 Apply Now Share Save Job Posted on: 6/11/2025 Back to Search
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project described within the Position Highlights. Run computer simulations, write papers, and occasionally help with advising graduate students. Knowledge, Skills, and Abilities: Knowledge, in nonlinear
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technologies on the vacuum Space Coronagraph Optical Bench (SCoOB), coronagraphic image post-processing for existing and future space telescopes, simulation of coronagraphs for future missions including
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of experiments or simulations. Develop, implement, and refine computational and/or experimental techniques relevant to the project. Analyze data, prepare publications, and present findings at scientific meetings
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of tailings dam design, monitoring, and risk assessment frameworks. Comprehensive understanding of physical, chemical, and rheological properties of tailings and their implications on stability and flow
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:// astro.arizona.edu/academics/postdoctoral-program. UA/SO offers a world-class research environment in space science and astrophysics with strong interdisciplinary programs across the Departments of Astronomy, Physics
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research environment in space science and astrophysics with strong interdisciplinary programs across the Departments of Astronomy, Physics, Optical Sciences, and Planetary Sciences. We provide direct access
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related field. Preferred Qualifications Experience with spatiotemporal analysis using R, Python, and/or comparable computer programming languages. Experience in high performance computing. Experiencing
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is available through an AFOSR-funded project, focusing on theoretical investigations at the interface of quantum optics, atomic physics, and many-body physics. The project explores how atomic arrays