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Flavor Violation. Successful candidates will play a leading role in commissioning this experiment, focusing on data originating from two of Fermilab’s key detector systems: the beam extinction monitor and
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improvements to the physics models and technical capabilities of the MARLEY neutrino event generator. Analysis of data from liquid argon time projection chambers will be the other primary focus of the role, with
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diverse range of current and future neutrino experiments including DUNE, NOvA, MicroBooNE, and SBN (SBND and ICARUS detectors). Additional information on the Fermilab neutrino program can be found here
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complete by 11:59 PM Eastern Time on Monday, Dec. 1, 2025. For information about this position, please contact Anne Schukraft (aschu@fnal.gov) or visit https://www.fnal.gov/pub/forphysicists/fellowships
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experiment (experimental instrumentation, operations, & data analysis). Directs the work of other employees as assigned. • Designs and develops detector & instrumentation systems specific to quantum sensing
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computational tools and data-science methods to learn about fundamental particles and their interactions, by analyzing data obtained from the CMS experiment at the Large Hadron Collider (LHC) located at CERN
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) curriculum vitae, 3) research statement, 4) outreach statement, and 5) three or more reference letters (to be submitted by the reference writers at the AJO site). For information about this position, please
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and data analysis • Excellent communication skills and ability to work in a collaborative team • Research experience in cosmology, or alternatively neutrino or collider physics • Experience with deep
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relevant for the NTN fellowship. This information will be posted at https://ntn.fnal.gov/hosts/ . Current NTN postdoctoral fellows can be found here: https://ntn.fnal.gov/ntn-fellows/ . Application
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of diversity. Abide by all environment, safety, and health regulations. Responsibilities: • Publishing scientific papers based on the analysis of cosmology data. • Pursuing studies of dark energy and dark matter