13 algorithm-development-"Multiple"-"Prof"-"UNIS" Postdoctoral positions at University of California
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, lead large-scale benchmarking across the full stack, and develop scalable classical simulations (e.g., tensor networks)—including performance bounds beyond brute-force classical simulability. This role
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: Contribute to one or more NESAP projects that target NERSC HPC systems. Analyze and optimize quantum-related workflows, including classical simulation of quantum systems. Develop and apply advanced workflow
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Skip to main content Recruit Home Open Recruitments Postdoc-UCSB Physics Dept. (Galaxy Evolution)/Casey Research Group (JPF02904) Postdoc-UCSB Physics Dept. (Galaxy Evolution)/Casey Research Group
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properties including structure/function relationships across multiple time and length scales with a specific focus on electrical double-layer formation and structure. What You Will Do: Develop scientific
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Marine Science Institute. The Benioff Ocean Science Laboratory team works to leverage the power of science and technology to develop and implement tangible solutions to a wide range of environmental
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systems Conduct data collection, cleaning, quality assurance, and validation activities Develop models to analyze costs and performance of wastewater technologies in Python or similar format. Participate in
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research activities, develop refereed publications, contribute to proposals for extramural funding, and present research findings at professional conferences. There will be opportunities for the candidate
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Postdoctoral Scholar to join the team. The focus of this role is to contribute to the rapidly evolving quantum computing technologies by developing the FPGA based control systems for a wide range of advanced
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Readiness team as part of NERSC’s Exascale Science Acceleration Program (NESAP ). You will join the team to prepare scientific workflows for NERSC’s next system, the Doudna supercomputer across all program
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scholar positions. The group plays leading roles in developing reconfigurable nanophotonic devices, MEMS-based instrumentation for precision control, and advanced nanophotonics theory and design. The