| |
| Michael Bennett
| Areas of Expertise: Diophantine approximation,
classical analysis, Diophantine equations.
Current Research Interests:
The method of Thue-Siegel; applications of Galois representations and modular
forms to Diophantine equations. |
|
David Boyd
(Emeritus) | Areas of Expertise: Analysis, number theory,
mathematical computation. Current Research Interests: Mahler's measure;
hyperbolic manifolds; polynomials. |
|
| Dragos Ghioca
|
Research Interests:
arithmetic geometry and algebraic dynamics. |
|
| Julia Gordon
|
Research Interests:
harmonic analysis on p-adic groups, motivic integration. |
|
| Rajiv Gupta | Areas of Expertise: Algebraic number theory,
elliptic curves. Current Research Interests: Division fields and
structure of group of points
mod p on elliptic curves; divisibility of points in families of elliptic
curves. |
|
| Greg Martin | Areas of Expertise: Analytic and probabilistic number theory, anatomy of integers, additive combinatorics. Current Research Interests:
Comparative prime number theory; linear independence of zeros of Dirichlet L-functions; statistics of the multiplicative group (mod n). |
|
| Sujatha Ramdorai
|
Areas of Expertise: Areas of expertise: Iwasawa theory, Galois representations, motives.
Current Research Interests:
Noncommutative Iwasawa theory, Hida families, motives from a categorical point of view. |
|
| Lior Silberman | Areas of Expertise: Automorphic forms. |
|
| Jozsef Solymosi | Areas of Expertise: Problems from additive combinatorics. |
|
| Nike Vatsal | Areas of Expertise: Special values of
L-functions, modular forms, Iwasawa theory. Current Research Interests:
Special values of L-functions; modular forms; Iwasawa theory. |
|
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