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artificial intelligence for health for Fiscal Years 2026-28. The postdoc will join the vibrant, new collaborative Center for Humanities-based Health AI Innovation (CHHAIN), co-led by the Baylor College
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fluctuating environments, informed by extensive and rapidly growing biological datasets. Approximately 50% of the postdoc's time will be reserved for pursuing independent research within a closely related area
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semiconductors and hydrogen-bonded supramolecular networks. Research in the Nienhaus Group is highly interdisciplinary combining a wide variety of chemical and physical methods, materials development and synthesis
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combines optics, opto-mechanics, electronics, software, and biomaterials to address complex detection and diagnostic challenges. The ideal candidate will bring a strong foundation in applied optics and hands
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to microglia in vivo? Can we gain a deeper understanding of the biology of microglia by defining the functions of neurodegeneration-associated genes? Are there conserved neuroimmune signatures between pediatric