28 Materials Science Postdoctoral positions at Lawrence Berkeley National Laboratory in United States
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Required: Ph.D., in mechanical engineering, physics, materials science and engineering, within the last 3 years. Specialization in nano-scale thermal transport preferred. Knowledge and experience in modeling
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Accelerator Technology & Applied Physics (ATAP) Division to primarily conduct accelerator magnet superconductor and associated materials R&D and characterization. In this role, work will be performed within
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Lawrence Berkeley National Lab’s (LBNL ) Building Technology Urban Systems Division has an opening for a Postdoctoral Scholar to join the team. This position is in the Whole Building Systems (WBS
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material synthesis, spectroscopy, detailed diagnostics, and cell design) to aid in electrochemistry research. What is Required: PhD in chemical engineering, mechanical engineering, applied physics, materials
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-level energy system analysis. Collect cost of materials and production economics data from publications and/or industry survey and expert elicitation. Design databases and engineering-based spreadsheet
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homes in disadvantaged communities. In addition to data collection, the postdoctoral scholar will perform data analysis aimed to identify building, appliance technology, and household characteristics
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The Materials Science Divisions at Lawrence Berkeley National Lab (LBNL ) seek highly motivated Postdoctoral Fellow to join the Minerals for Energy Storage Synthesis (MINES) program of the Lithium
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Lawrence Berkeley National Lab’s (LBNL) Accelerator Technology and Applied Physics Division has an opening for a Postdoctoral Researcher to join the BELLA Center team. In this role, you will
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Details Posted: 15-Feb-24 Location: Berkeley, Salary: Open Categories: Academic/Faculty Internal Number: 100991 Lawrence Berkeley National Lab's (LBNL ) Chemical Sciences Division has an opening
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networking experiments between Lawrence Berkeley National Lab and University of California, Berkeley. This effort will require incorporating high-finesse optical-cavity systems into a novel trap technology to