- Jeff Lagarias: Algebraic and analytic number theory, Diophantine approximation
- Hugh Montgomery: Analytic number theory, distribution of prime numbers, Fourier analysis, analytic inequalities, probability
- Kartik Prasanna: Arithmetic of automorphic forms and periods, special values of L-functions, Iwasawa theory
- Andrew Snowden: Arithmetic geometry and algebraic number theory
- Michael Zieve: Algebraic number theory and arithmetic geometry, especially Galois theory, Diophantine equations, and arithmetic dynamics
Graduate students (advisor): Adam Kaye (Prasanna), Gene Kopp (Lagarias), Suchandan Pal (Prasanna), and Ari Shnidman (Prasanna).
Former faculty: Brian Conrad (2000-2008), Chris Skinner (2000-2007), Kannan Soundararajan (2000-2007), Trevor Wooley (1991-2007), David Masser (1983-1992), James Milne (1969-1999), Donald J. Lewis (1957-1996), William J. LeVeque (1949-1971).
Courses: The following full-year graduate courses are offered in alternating years:
- analytic number theory (Math 675/775) and
- algebraic number theory and class field theory (Math 676/776)
We also offer a range of courses on advanced topics in number theory. Previous year's topics include: elliptic curves, complex multiplication, Diophantine problems, Diophantine approximation, arithmetic of dynamical systems, Iwasawa theory, Hida theory, transcendence theory, spectral theory of modular forms, Galois representations and modular forms, and automorphic forms on algebraic groups.
This page maintained by Michael Zieve. Please send comments or questions to numbertheory [at] umich.edu