Algebra and Number Theory Seminar
Thái Hoàng Lê
University of Mississippi
Subspaces in difference sets and Mobius randomness (pdf)
Micah Milinovich
University of Mississippi
The distribution of the zeros of the Riemann zeta-function (pdf)
Zhenchao Ge
University of Mississippi
Essential Components in F_p[t] (pdf)
Tsz Ho Chan
University of Memphis
On the congruence equation a + b ≡ c (mod p) (pdf)
Rizwanur Khan
University of Mississippi
Distribution of mass of automorphic forms (pdf)
Alex Rice
Millsaps College
New Results on Polynomials in Difference Sets (pdf)
Ryo Takahashi
Nagoya University
Cohomology annihilators and Jacobian ideals (pdf)
Andres Chirre Chavez
IMPA – Instituto Nacional de Matematica Pura e Aplicada (Brazil)
Bounding S_n(t) on the Riemann hypothesis (pdf)
Anh Lê
Northwestern University
Nilsequences and multiple correlations along primes with application to Chowla conjecture (pdf)
Sean Sather-Wagstaff
Clemson University
Semidualizing modules give a defective Gorenstein defect (pdf)
Brent Holmes
University of Kansas
On the diameter of dual graphs of Stanley-Reisner rings with Serre (S2) property and Hirsch type bounds on abstractions of polytopes (pdf)
Pierre-Yves Bienvenu
University of Bristol
A survey of the polynomial method in arithmetic combinatorics (pdf)
Habiba Kadiri
University of Lethbridge
Explicit results in prime number theory (pdf)
Florian Enescu
Georgia State University
Intersection Algebras (pdf)
Steve Lester
Tel Aviv University
Zeros of modular forms and quantum unique ergodicity (pdf)
Emanuel Carneiro
IMPA, Rio de Janeiro
Hilbert spaces and the pair correlation of zeros of the Riemann zeta-function
This talk lies on the interface of analysis and analytic number theory. I will show how to construct a special reproducing kernel Hilbert space related to the Riemann zeta-function and how one can use this space to obtain bounds for the pair correlation of zeros of the zeta-function, extending classical work of P. X. Gallagher (1985). This is a joint work with V. Chandee, M. Milinovich and F. Littmann.
Tristan Freiberg
University of Missouri
Limit points of the sequence of normalized prime gaps
Let p_n denote the n-th smallest prime number, and let L denote the set of limit points of the sequence of normalized differences between consecutive primes. We show that for k = 50 and for any sequence of k nonnegative real numbers beta_1 < beta_2 < … < beta_k, at least one of the numbers beta_j – beta_i
belongs to L. It follows that more than 2% of all nonnegative real numbers belong to L.
Ryan Daleida
Trinity University
Making imprimitive Dirichlet characters behave primitively
Given a Dirichlet character \chi mod q, it is traditional to extend \chi to all of Z/qZ by declaring that \chi(n) = 0 when (n,q) \neq 1. When \chi is primitive (i.e. not induced by a Dirichlet character mod d for some proper divisor d of q), this extension endows the associated Gauss sum and L-function with properties that are lost when \chi is imprimitve. In this talk we will introduce a modification to the traditional extension of imprimitive characters which causes them to behave primitively, in the sense that the relevant properties of the Gauss sum and L-function take on the form usually only associated to primitive characters.
Nathan Jones
University of Mississippi
Probability and elliptic curves (I, II and III)
This expository lecture will be the (first/second/third) of a short series surveying work of Lang and Trotter from the 1970s. For an elliptic curve y^2 = x^3 + ax + b (with a and b integers) and a prime number p, one may consider the elliptic curve modulo p, i.e. one may consider the equation y^2 congruent to x^3 + ax + b modulo p. In particular, it is of wide interest to understand the number N_p of solutions (x,y) modulo p to this congruence, and how this number N_p varies as the prime p varies. In these lectures, we will use probabilistic notions to make very precise conjectures about some aspects of the variation of N_p with p. This talk will be accessible to graduate students.
Jim Coykendall
Clemson University
An Overview of Factorization: Algebraic and Graphical
Since about 1990, there has been a large amount of effort devoted to the study of factorization in integral domains (as well as in other structures). Much of this study can be interpreted as an attempt to understand how the multiplicative structure of an integral domain “works” when we do not have unique factorization. A classical example is the class group, the size and complexity of which may be interpreted as a measure of “how far” a (Krull) domain is from being a Unique Factorization Domain.
The aim of this talk will be to give an overview of recent factorization theory. We will highlight some basic definitions, examples, and results. We will also highlight some more recent results that lend themselves to visualizations and have interesting connections to graph theory.
Tsz Ho Chan
University of Memphis
A Look at the Modular Hyperbola (pdf)
David Farmer
American Institute of Mathematics
Finding and calculating L-functions (pdf)
Stephan Baier
University of Bristol
Subconvexity bounds for L-functions (pdf)
Micah Milinovich
University of Mississippi
The Riemann Hypothesis… (pdf)
Tsz Ho Chan
University of Memphis
Sums of two Squares and Almost Squares (pdf)
Ryan Daileda
Trinity University
Maximal Class Numbers of CM Number Fields (pdf)
Andrew Odlyzko
University of Minnesota
Zeros of the Riemann zeta function: computations and implications (pdf)
Hung Manh Bui
Oxford University
Gaps between consecutive zeros of the Riemann zeta-function (pdf)
Zhu Cao
University of Mississippi
Integer Matrix Exact Covering Systems and Product Identities for Theta Functions (pdf)
Neil Epstein
University of Michigan
Closure Operations on Ideals in Commutative Rings (pdf)
Zhu Cao
University of Mississippi
A new proof of Winquist’s Identity (pdf)
Zhu Cao
University of Mississippi
A Proof of Lagrange’s Four-Square Theorem (pdf)
Micah Milinovich
University of Mississippi
Distribution of the Prime Numbers (pdf)