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publication record demonstrating technical writing skills is essential (preprints are welcome). Candidates must have (or expect to soon receive) a PhD in materials science, physics, chemistry, electrical
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contributions and expertise *Names and contact information for three references PhD is expected by the start date. Appointments are for one year, with the possibility of renewal based on continued funding and
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an interdisciplinary research environment, have excellent English written and spoken communication skills, and possess a PhD in a relevant field. The term of appointment is based on rank. The ideal start date is January
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physical processes (e.g. ocean warming and mass redistribution); 2) conducting sensitivity analyses to identify the roles played by model forcing, horizontal resolution, and ocean-physics representation in
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the start date. The position will start on or about September 1, 2026. The researcher will be asked to participate in the Time in Politics Project that focuses on psychological processes related to time (such
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science, electrical and computer engineering, sociology, public policy, information science, communication, economics, political science, psychology, philosophy, and related technology disciplines. Selected candidates
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engagement, enabling distinctive impact, both academic and societal. In this context, we welcome applicants from diverse backgrounds such as computer science, electrical and computer engineering, sociology
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training and a significant track record in one of the following areas: -computational biology -computer science -electrical or computer engineering -genomics -neuroscience -population genetics / genomics
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://puwebp.princeton.edu/AcadHire/position/40561. We will begin processing applications after November 24, 2025, but applications may continue to be considered after the deadline. The Princeton School of Public and
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the Department of Chemistry and Prof. Martin Jonikas in the Department of Molectular Biology. Applicants should have experience with dual-comb spectroscopy and the acquisition and processing of associated signals