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to state-of-the-art experimental studies of quantum devices relevant for topological and superconducting qubits. The successful candidate will participate in all stages of these experiments, from initial
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modeling. 80% research - The project focuses on developing theoretical models using optimization and information theory to improve understanding of plant hydraulic regulation at the leaf, plant, and
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to optimize lab-specific protocols and run the protocols at a larger scale for prototype testing. The candidate is also expected to perform the biological testing detailed in the aforementioned protocols in
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- Effective oral and written communication skills and a demonstrated publication record - The ability to carry out experiments independently, including troubleshooting, optimization and reporting results Pay
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figures and contribute to manuscript writing and data presentations for publication and conferences • Assist in maintaining and optimizing core immunological assays and cytometry platforms • Present
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to characterize immune cell populations involved in cell death clearance and tissue repair • Develop and optimize protocols for efferocytosis assays and fibrotic tissue analysis • Analyze data using appropriate
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experiments independently from start to finish, trouble shoots, and optimizes methods. Analyzes, interprets, and presents complex experimental results. Performs statistical analyses. Understands models
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culture and optimization and large-scale protein expression and purification as well as biochemical analysis. Projects will enjoy fantastic access to a state-of-the-art in-house Cryo-EM facility featuring a
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/AIDS prevention, and harm reduction strategies for drug overdose prevention. The lab combines decision-analytic modeling, economic evaluation, and quasi-experimental methods to evaluate and optimize