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Sciences at Princeton University. The research will be to conduct numerical studies for non-local flow-driven magnetized plasma instabilities and their associated nonlinear transport in astrophysical and
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of interest to its faculty. Domains of interest include nonlinear partial differential equations, computational fluid dynamics, material science, dynamical systems, numerical analysis, stochastic analysis
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satisfactory performance and continued funding. This project is funded by the NSF award "Non-local magneto-curvature instabilities and their associated nonlinear transport in astrophysical disks". Applicants
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with measurement electronics for data acquisition, etc. Experience in the following areas is beneficial but not required: nonlinear optics (e.g. optical parametric amplifiers), electrical switching, high
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the development and testing of new materials. The work will involve reactor design and setup with gas flow capability and process optimization. Qualified candidates should have a Ph.D. in chemistry, physics
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processes for data standardization, data warehousing, quality assurance development and data analysis. A successful candidate will work closely in different aspects of the quality assurance and data
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pending satisfactory performance and continued funding. This project is funded by the NSF award "Non-local magneto-curvature instabilities and their associated nonlinear transport in astrophysical disks
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materials, extensive ex situ (and some in situ) characterization of synthesized materials by materials evaluation tools, and guiding the development and testing of new materials. The work will involve reactor
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. Researchers will join the Zero-carbon Energy systems Research and Optimization Laboratory (ZERO Lab) run by assistant professor Jesse D. Jenkins jointly appointed with the Andlinger Center and Department
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development and data analysis. A successful candidate will work closely in different aspects of the quality assurance and data engineering pipeline, developing usable and innovative solutions to build a