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, atomic force microscopy. Proven ability to develop new semiconductor process steps/flows leading to significantly improved device performance and/or enabling new device types. Excellent written and oral
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constraints on new physics using LZ datasets. In addition, the postdoc will lead the development of a dedicated testbed to advance dark matter detection technologies. This work will involve close collaboration
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the interface of lipid and iron transport/metabolism. Approximately half time will be spent working in the Murray-Kolb lab to participate in several ongoing human trials, designed to assess the relation between
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simulation models used in rare-event searches, develop machine learning methods for background rejection, and place constraints on new physics using LZ datasets. In addition, the postdoc will lead the
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independently lead data analysis and writing for an academic audience on topics related to household food management and food waste reduction. For data analysis, we are open to experience with STATA, SAS, R, SPSS
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applications for one postdoctoral position in theoretical physics with focus at the intersection of operator algebras and high energy physics, to begin September 1, 2026. Current faculty in the high energy