23 algorithm-development-"https:" "Simons Foundation" Fellowship positions at Princeton University
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projects to develop novel technologies, and utilize new tools for addressing fundamental questions about living systems, and/or harnessing these systems for applications. Why you should apply: -Offers a true
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their doctorate in a related field no more than three years prior to the anticipated start date. Preference will be given to candidates not currently affiliated with Princeton University. Applicants must develop a
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to conduct impactful research at a world-leading research institution. Prioritized research areas include: Fusion Science and Technology Developing spin-polarized fuels and next-generation ion beam
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. The work location for this position is in-person on campus at Princeton University. Salary offered: $100,000 Applicants must apply online at https://www.princeton.edu/acad-positions/position/40281 and submit
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at https://puwebp.princeton.edu/AcadHire/position/40281 and submit a current curriculum vitae, research statement, and a cover letter. Contact information for three references is required. To learn more
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PPPL. PPPL will provide the fellow with mentorship, training, professional development and outreach opportunities to both build a sense of community with PPPL and Princeton University colleagues, and to
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: 280207319 Position: Future Faculty in the Physical Sciences (FFPS) Fellowship Description: Princeton University invites applications for the Future Faculty in the Physical Sciences (FFPS) Fellowship (https
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$3,000 per year for conference travel and career development. Teaching Participation in teaching is not required, though fellows may guest lecture in courses, with guidance from Princeton mentor(s
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Princeton University invites applications for the Future Faculty in the Physical Sciences (FFPS) Fellowship (https://futurefaculty.princeton.edu/). We seek to attract a diverse cohort of early
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areas include: Fusion Science and Technology Developing spin-polarized fuels and next-generation ion beam technologies to push the frontier of plasma performance. Engineering radiation-hardened robotics