13 computer-programmer-"the"-"U"-"IMPRS-ML"-"CeMEPI-PGE"-"Zintellect"-"Prof" positions at Fermilab
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locations around the world. Fermilab’s Neutrino Division has a strong and exciting research program with major commitments to a diverse range of current and future neutrino experiments including DUNE, NOvA
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experiment, contributing to the transition to full experimental operations and establishing a research program in atomic, molecular, and optical (AMO) quantum science and dark matter detection. The appointee
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Simulation Department of the Computational Science and Artificial Intelligence Directorate. The selected candidate will pursue foundational work to develop and lead a broad low-energy science program in DUNE
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physics experiment of the candidate's choice. The Fermilab experimental program includes collider and cosmic physics, studies of neutrinos, muons, and research at the intersection of high energy physics and
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, priorities, organizations, and programs. A record of successfully delivering large science program and demonstrated ability to lead a large, complex organization with multiple stakeholders and significant
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the Division. The Fermilab Theory Division research program includes collider phenomenology, dark matter and dark energy, the early universe, lattice QCD, large-scale structure and evolution, Higgs & flavor
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education and outreach. Lederman Fellows are free to choose any area in Fermilab's broad experimental program for performing their research, including neutrino physics, research on the CMS experiment
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program 4. Three letters of reference Complete applications received by November 30, 2025 (11:59pm AoE) will receive full consideration. Questions can be directed to Aleksandra Ciprijanovic (aleksand
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://lpc.fnal.gov/ ) seeks applications for the “Meenakshi Narain Graduate Scholars at the LPC (LPC-GS) 2026”. This program supports exceptional PhD Students from US CMS institutions to spend a year at Fermilab
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2.0 Resources for Dark Matter Detection" from the DOE-OHEP QuantISED 2.0 program. The postdoc will design, fabricate and operate superconducting quibit devices as front-end electronics for new quantum