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Astronomy and of Mathematics and the Simons Center for Geometry and Physics at Stony Brook and with Brookhaven National Laboratory. Postdoctoral Associate: Required Qualifications:(as evidenced by an attached
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of Physics and Astronomy and of Mathematics and the Simons Center for Geometry and Physics at Stony Brook and with Brookhaven National Laboratory. Required Qualifications: Completion of all requirements for a
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Astronomy and of Mathematics and the Simons Center for Geometry and Physics at Stony Brook and with Brookhaven National Laboratory. Postdoctoral Associate: Required Qualifications:(as evidenced by an attached
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of Physics and Astronomy and of Mathematics and the Simons Center for Geometry and Physics at Stony Brook and with Brookhaven National Laboratory. Required Qualifications: Completion of all requirements for a
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. Experience with the study of elliptic curves, and in Galois theory, difference equations, and algebraic geometry. Education in computer science and applied math. Preferred Qualifications: Teaching competitive
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. Experience with the study of elliptic curves, and in Galois theory, difference equations, and algebraic geometry. Education in computer science and applied math. Preferred Qualifications: Teaching competitive
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or later, and that their research areas compliment those of current department members. Applications should be received by November 15, 2024. Research Assistant Professor - The Simons Center for Geometry
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the appointment. Preferred Qualification: PhD degree in theoretical high energy nuclear and particle physics. A strong background in quantum field theory and experience in effective field theory/lattice gauge
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the appointment. Preferred Qualification: PhD degree in theoretical high energy nuclear and particle physics. A strong background in quantum field theory and experience in effective field theory/lattice gauge
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the appointment. Preferred Qualification: PhD degree in theoretical high energy nuclear and particle physics. A strong background in quantum field theory and experience in effective field theory/lattice gauge