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design, implementation, and analysis of aqueous chemostatic mineral-fluid reactions using autonomous and automated reactors in the Living Minerals Laboratory and through a joint appointment in the
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the designed control system. What You Will Do: Participate in the continued development testing and performance improvement of the quantum bit control system (QubiC). Contribute to the design and implementation
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-doctoral Scholar to advance the validation of quantum computers operating in the classical-hardness regime. You will design and execute state-of-the-art experiments on superconducting quantum processors
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. They are expected to design and perform experiments both independently and in collaboration with staff, students, and users of the Molecular Foundry. You will: Operate the TEAM I microscope and H-bar liquid helium
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research hypotheses and design efficient experiments to validate for electrochemical devices including membrane-based water/CO2 electrolyzers and/or electrosynthesis devices. Assemble and test membrane
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information science, and applied social science research. This position is well-suited for someone interested in research design and the application of geographic principles and methods to policy analysis and
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to independently design and generate simulations using the Regional Oceanic Modeling System (ROMS) or other related codes (e.g., COAWST, CROCO, MITgcm, Oceananigans) in realistic and/or idealized configurations