activity
20152023
most citedJensen Polynomials for the Riemann Xi Function

22 citations · 41 across the 13 of their papers we have counts for

collaborators

20 papers

math.NT2023

Central -values of newforms and local polynomials

Joshua Males, Andreas Mono, Larry Rolen +1

In this paper, we characterize the vanishing of twisted central -values attached to newforms of square-free level in terms of certain polynomials of quadratic forms introduced b…

math.NT2022

Jacobi forms with CM and applications

Ian Wagner

We define Jacobi forms with complex multiplication. Analogous to modular forms with complex multiplication, they are constructed from Hecke characters of the associated imaginary q…

math.NT2021★ 15 cited

On a new class of Laguerre-Pólya type functions with applications in number theory

Ian Wagner

We define a new class of functions, connected to the classical Laguerre-Pólya class, which we call the shifted Laguerre-Pólya class. Recent work of Griffin, Ono, Rolen, and Zagier…

math.NT2020

Partition-theoretic formulas for arithmetic densities, II

Ken Ono, Robert Schneider, Ian Wagner

In earlier work generalizing a 1977 theorem of Alladi, the authors proved a partition-theoretic formula to compute arithmetic densities of certain subsets of the positive integers…

math.NT2020

Eichler integrals of Eisenstein series as -brackets of weighted -hook functions on partitions

Kathrin Bringmann, Ken Ono, Ian Wagner

We consider the -hook functions on partitions defined by where…

math.NT2020★ 1 cited

Cranks for Ramanujan-type congruences of -colored partitions

Larry Rolen, Zack Tripp, Ian Wagner +1

Dyson famously provided combinatorial explanations for Ramanujan's partition congruences modulo and via his rank function, and postulated that an invariant explaining all o…

math.NT2020

The Riemann Hypothesis for period polynomials of Hilbert modular forms

Angelica Babei, Larry Rolen, Ian Wagner

There have been a number of recent works on the theory of period polynomials and their zeros. In particular, zeros of period polynomials have been shown to satisfy a "Riemann Hypot…

math.NT2019

Fields generated by characters of finite linear groups

Madeline Locus Dawsey, Ken Ono, Ian Wagner

In previous work, the authors confirmed the speculation of J. G. Thompson that certain multiquadratic fields are generated by specified character values of sufficiently large alter…

math.NT2019

Sequentially congruent partitions and partitions into squares

Robert Schneider, James A. Sellers, Ian Wagner

In recent work, M. Schneider and the first author studied a curious class of integer partitions called "sequentially congruent" partitions: the th part is congruent to the $(m+1…

math.NT2019★ 22 cited

Jensen Polynomials for the Riemann Xi Function

Michael Griffin, Ken Ono, Larry Rolen +3

We investigate Riemann's xi function (here is the Riemann zeta function). The Riemann Hypothesis (RH) asserts tha…

math.NT2019★ 1 cited

Pair correlation for Dedekind zeta functions of abelian extensions

David de Laat, Larry Rolen, Zack Tripp +1

Here we study problems related to the proportions of zeros, especially simple and distinct zeros on the critical line, of Dedekind zeta functions. We obtain new bounds on a countin…

math.NT2019

The Jensen-Pólya program for various L-functions

Ian Wagner

Pólya proved in 1927 that the Riemann hypothesis is equivalent to the hyperbolicity of all of the Jensen polynomials of degree and shift for the Riemann Xi-function. Recent…

math.NT2019

Multiquadratic fields generated by characters of

Madeline Locus Dawsey, Ken Ono, Ian Wagner

For a finite group , let denote the field generated over by its character values. For , G. R. Robinson and J. G. Thompson proved that $$K(A_n)=\mathbb{…

math.NT2019

Hyperbolicity of the partition Jensen polynomials

Hannah Larson, Ian Wagner

Given an arithmetic function , one can associate a naturally defined, doubly infinite family of Jensen polynomials. Recent work of Griffin, On…

math.NT2019

A note on Schwartz functions and modular forms

Larry Rolen, Ian Wagner

We generalize the recent work of Viazovska by constructing infinite families of Schwartz functions, suitable for Cohn-Elkies style linear programming bounds, using quasi-modular an…

math.CO2017★ 2 cited

Partition-theoretic formulas for arithmetic densities

Ken Ono, Robert Schneider, Ian Wagner

If , then a theorem of Alladi offers the Möbius sum identity Here $p…

math.NT2017

Harmonic Maass form eigencurves

Ian Wagner

We construct two families of harmonic Maass Hecke eigenforms. This construction answers a question of Mazur about the existence of an "eigencurve-type" object in the world of harmo…

math.NT2016

Conjugacy growth series for wreath product finitary symmetric groups

Ian Wagner

In recent work, Bacher and de la Harpe define and study conjugacy growth series for finitary permutation groups. In two subsequent papers, Cotron, Dicks, and Fleming study the cong…

math.NT2016

Congruences for powers of the partition function

Madeline Locus, Ian Wagner

Let denote the number of partitions of into colors. In analogy with Ramanujan's work on the partition function, Lin recently proved in \cite{Lin} that $p_{-3}(1…

math.NT2015

Shifted distinct-part partition identities in arithmetic progressions

Ethan Alwaise, Robert Dicks, Jason Friedman +6

The partition function , which counts the number of partitions of a positive integer , is widely studied. Here, we study partition functions that count partitions…