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Battery Energy Storage Systems and Control. This position, supported by Department of Energy grants, focuses on advancing the integration of lithium-ion batteries with power electronics and AI. The selected
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in evolution, genetics, genomics, or a related field. A first-author publication or preprint based on your doctoral work that shows your ability to initiate and execute a research project. Experience
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range of genetic, genomic and molecular technologies to dissect the genetic basis of complex phenotypic variation using Drosophila as a model system. Ongoing projects include: exploring novel powerful
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KU Innovation Park. Office space adjacent to the laboratory and a desktop computer will be provided. Job Description 70% - Design and execute in vitro and in vivo experiments (e.g
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disseminating project findings, and other duties as assigned. Critical to the role is the ability to communicate effectively, work collaboratively with colleagues, and be responsive to project needs
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on your doctoral work that shows your ability to initiate and execute a research project. Experience with molecular/population/quantitative genetics, as evidenced by application materials and/or
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engineering to measure the structural and dynamic properties of individual biomolecules using spectroscopic techniques such as single-molecule Forster Resonance Energy Transfer (FRET) and cryogenic electron
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Qualifications Experience and ability in reduction & analysis of exoplanetary spectra and/or related data products, as evidenced in application materials. Experience and ability with conducting, interpreting, and
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, develop algorithms and software, apply them to biological molecular systems, and perform computer-aided drug and protein design. 10% - Present updates on ongoing research, written reports on research
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ability to initiate and execute a research project. Demonstrated interest in a postdoctoral experience that will combine research and teaching/education (as evidenced by application materials). Excellent