196 phd-communication-and-signal-processing Postdoctoral positions at Princeton University
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Jonikas in the Department of Molectular Biology. Applicants should have experience with dual-comb spectroscopy and the acquisition and processing of associated signals and data. Essential Qualifications
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acquisition and processing of associated signals and data. Essential Qualifications: Candidates must hold a Ph.D.; have the ability to work independently within a team environment; and have excellent
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multidisciplinary collaboration, scholarly advancement, and the creation of tools and public goods.RequirementsApplicants must have (or expect to have at time of appointment) a PhD in the social sciences, statistics
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actively in-person in the intellectual community of TRI and the Department of Near Eastern Studies during both the fall and the spring academic terms and take part regularly in lectures, panels, and
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more than two years' post PhD experience prior to the anticipated start date. Candidates who are currently affiliated with Princeton University are eligible to apply as long as the preceding criterion has
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written and spoken communication skills.Preference will be given to applicants with demonstrated expertise in energy systems analysis, in the collection, processing, and integration of country-specific data
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-population genetics / genomics-evolutionary biology-ecological genetics-metabolomics-proteomics-cell signaling-bacterial/yeast/animal cell molecular biology and genetics Expected Salary Range: Salary begins
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appointments will be offered to exceptional recent PhDs in the humanities, social sciences, interdisciplinary environmental science or engineering, with a focus on African thought, art, media, activism
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of the Faculty). Successful candidates will also participate actively in-person in the intellectual community of TRI and the Department of Near Eastern Studies during both the fall and the spring academic terms
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to investigate:1) How immune cells localize and adopt specialized functions in distinct tissue niches to either maintain homeostasis or drive age-related dysfunction.2) The molecular and cellular processes