Kyusuhu University. Drinfeld modules, Galois representations. Papers and preprints.

Princeton University. Distribution of rational points; Automorphic forms and representation theory. Preprints and lecture notes.

Università di L'Aquila. Diophantine geometry.

National University of Singapore. Automorphic forms and representations, algebraic number theory, modular forms and elliptic functions, combinatorial designs and difference sets.

College of Charleston. Contact information.

University of Texas. Algebraic Number Theory (local and global fields); Class Field Theory, Galois cohomology, Galois representations; L-functions and their special values; modular forms, elliptic curves and abelian varieties. Contact information.

Tohoku University. Algebraic number theory, Iwasawa theory.

UMIST. Algebraic number theory, Galois module structure.

Harvard. Arithmetic algebraic geometry, automorphic forms. Preprints.

University of Illinois at Chicago. Problems related to elliptic curves, modular forms, p-adic L functions, and p-adic analytic geometry; p-adic analytic representations.

Leiden University. Diophantine equations, Magma software.

University of California at San Diego. Spectra of Laplacians and adjacency operators of Cayley and Ramanujan graphs; Selberg trace formula; Fourier analysis on finite and infinite groups; Zeta functions of graphs; Automorphic forms. Papers, books.

University of Waterloo. Computational number theory, cryptography.

Steklov Institute of Mathematics at St. Petersburg. Contact information.

University of Arizona. Number theory and arithmetic geometry.

Northern Illinois University. Geometry of numbers.

Montanuniversität Leoben. Analytic number theory. Papers, preprints.

Technische Universität Graz. Uniform distribution and discrepancy; Diophantine equations; asymptotic analysis; algorithmic number theory; fractal structures in number theory; stochastic analysis; information-based complexity; quasi-Monte Carlo methods; mathematics in finance.

Leiden University. Diophantine analysis, analytic number theory.

University of Groningen. Arithmetic algebraic geometry.

Computational number theory, prime numbers.

Sabanci University. Uniformly distributed sequences; finite fields and applications; pseudo random numbers. CV.

Scripps College, Claremont. Arithmetic geometry and Riemann surfaces (Weierstrass points), algebraic number theory (generalized continued fractions), combinatorics (chain partitions).

University of South Carolina. Analytic number theory and approximation theory; lattice points close to a curve or surface; applications to gap problems.

University of Athens Panepistimioupolis. Diophantine equations.

University of Illinois at Chicago. Algebraic geometry, number theory and harmonic analysis.

Institute for Information Transmission Problems, Russian Academy of Sciences. Algebraic geometry in relation to number theory (varieties over non-algebraically closed fields, especially over finite fields and number fields, parallelism between the function field and number field case, curves, rational varieties, rational points and zero-cycles, elliptic curves and abelian varieties, towers of varieties and asymptotic theory); Number theory (global fields, zeta-functions); Error-correcting codes; Lattices and sphere packings

University of Colorado at Boulder. Number theory. Contact information.

University of Georgia. Diophantine geometry. Auctex for Windows.

Rutgers University. Teaching information.

University of Crete. Explicit solution of diophantine equations.