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nanoprobe microscope. Working within the Microscopy Program in the Photon Science Operations group, this researcher will collaborate on the design, implementation, commissioning and initial scientific use
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biosciences, physical sciences, and computational sciences. Your role involves contributing to ACSD’s efforts in understanding biochemical processes for carbon capture by developing AI and inverse design
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, and computational sciences. Your role involves contributing to ACSD’s efforts in understanding biochemical processes for carbon capture by developing AI and inverse design technologies for accelerated
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to mitigate any observed bottlenecks by means of materials design or device straggles. Such analyses may include modeling of the polymer properties and various physics occurring in these material systems. You
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operating conditions. These responsibilities will include the theoretical modeling of coupled electro-thermal energy systems as well as the design and implementation of laboratory experiments. What You Will
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of the group. What You Will Do: Use simulations to model and predict detector behavior, contributing to the optimization of detector design. Collaborate with technical and research colleagues to develop
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to the optimization of detector design. Collaborate with technical and research colleagues to develop prototype detector systems. Design, set up, and execute experiments to characterize and evaluate detector
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. Design and construct DNA plasmids. Create, design, and execute plant-microbe experiments using barcoded libraries of transposon mutants in diverse microorganisms to investigate metabolism and gene
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process design, simulation, scaling science, scenario modeling, and techno economic analysis. The emphasis will be on hydrogen storage materials and hydrogen end uses, gas separation technologies such as
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engineer diverse bacteria. Generate and analyze large-scale genetic datasets using high-throughput methods. Design and construct DNA plasmids. Create, design, and execute plant-microbe experiments using