Number Theory

Seminars

The webpage for the UBC Number Theory Seminar can be found here.

Group overview

Number theorists study properties of the integers, as well as related generating functions (analytic number theory), arithmetic in generalizations of the integers (algebraic number theory), the distribution of rational and algebraic numbers within the reals (Diophantine approximation), and countless other topics.

At UBC, the Number Theory group works on sieve methods and the distribution of primes, Diophantine problems, special values of L-functions, arithmetic dynamics, representations of p-adic groups, non-commutative Iwasawa theory and automorphic forms. 

For prospective students

Number theory is an ancient area of mathematical research. Many problems in number theory are so accessible that they can be easily stated to undergraduates, yet so deep that they have withstood attempts to prove them for centuries or even millennia. Number theory has close connections with many other areas such as algebraic geometry, combinatorics, cryptography and coding theory, harmonic analysis, probability, complex analysis, and representation theory. All these connections are explored in the various courses in number theory that we offer each year. 

People

Faculty Research Interests
Michael Bennett
Dragos Ghioca Arithmetic geometry and algebraic dynamics.
Julia Gordon Harmonic analysis on p-adic groups, motivic integration.
Greg Martin
Rachel Ollivier Representation theory of p-adic groups and Hecke algebras, mod p and p-adic Langlands program.
Lior Silberman
Jozsef Solymosi Combinatorics, Graph Theory, Discrete Geometry, and Combinatorial Number Theory.
Vinayak Vatsal Special values of L-functions; modular forms; Iwasawa theory.
Nahid Walji Math. Ed.: Second and third year mathematical experiences, outreach. Num.Th.: elliptic curves, automorphic L-functions.
Postdoctoral Researchers Research Interests
Shamil Asgarli Arithmetic geometry, finite fields, combinatorics
Debanjana Kundu Number Theory/ Iwasawa Theory
Anwesh Ray Galois representations, Iwasawa theory, arithmetic statistics
Shen-Ning Tung Galois representations, p-adic Langlands
Graduate Students Research Interests
Prajeet Bajpai Diophantine equations
Shubhrajit Bhattacharya Iwasawa Theory, Galois Representations, Automorphic Forms and the Langlands Program
Simone Coccia
Damara Gagnier
Parham Hamidi Iwasawa theory
Simone Maletto
Tam Nguyen
Thomas Rud
Sina Saleh Arithmetic geometry and algebraic dynamics
Chi Hoi (Kyle) Yip Additive combinatorics and analytic number theory