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-scale laser facilities, lead theoretical and computational studies for data analyses, and understand the physics significances by connecting to space and astrophysical scenarios. Hands-on experimental
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Spectroscopic Diagnostics US-NJ-Princeton Job ID: 2024-18477 Type: Full-Time # of Openings: 1 Category: Research and Laboratory Princeton University Overview We are seeking a Postdoctoral Researcher to lead an
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. Applicants with experience in the following areas are encouraged to apply: Experimental condensed matter physics, cosmology and astrophysics, particle astrophysics and dark matter, high energy, atomic, pulsar
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networks and their physical and social environment receive information and cues from those sources as well as feedback from the effect of their decisions. The BSPL puts a special emphasis on applying
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-scale laser facilities, lead theoretical and computational studies for data analyses, and understand the physics significances by connecting to space and astrophysical scenarios. Hands-on experimental
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advancing our understanding of plasma physics and its applications in energy and technology. The primary purpose of this position is to lead an innovative laser-based spectroscopic diagnostic project aimed at
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high energy density (HED) plasma physics focusing on study of magnetic reconnection. The successful candidates will perform a range of experiments on small- and large-scale laser facilities, lead
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sustainable energy and environmental future. The researcher will report to BSPL's Director Elke Weber and Rapid Switch lead Chris Greig and will collaborate with other lab and center researchers, postdocs, and
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the following areas are encouraged to apply: Experimental condensed matter physics, cosmology and astrophysics, particle astrophysics and dark matter, high energy, atomic, pulsar and biophysics; theoretical
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. The project is led by Dr. Yevgeny Raitses at the Princeton Plasma Physics Laboratory (PPPL) in collaboration with Prof. Bruce Koel at Princeton University. Research involves guiding the development