activity
20072026
most citedMiyawaki's Spinor L-function Conjecture

15 citations · 42 across the 28 of their papers we have counts for

collaborators

35 papers

math.NT2026

A Positive Proportion of the Reduced D'Arcais Polynomials is not Hurwitz

Steven Charlton, Bernhard Heim, Markus Neuhauser +2

Heretofore, the second and third author conjectured that the D'Arcais polynomials, related to the coefficients of the powers of the Dedekind -function, are Hurwitz polynomials e…

math.CO2026

Submultiplicative Polynomials in Combinatorics

Krystian Gajdzica, Bernhard Heim, Markus Neuhauser +1

For normalized sequences we consider recursively defined polynomials . In this paper we study their submultiplicative property, viewe…

math.CO2026

Dominant Zeros of Nekrasov--Okounkov Polynomials

Bernhard Heim, Markus Neuhauser, with an appendix by Ken Ono

We give an exact finite-dimensional Perron--Frobenius realization of the dominant zero of the Nekrasov--Okounkov polynomials $\nop _n(z)$. For a normalized positive sequence $h=(h(…

math.CO2026

Polynomization of Sun's Conjecture

Bernhard Heim und Markus Neuhauser

Let denote the number of partitions of a natural number . As , the th root of tends to , which is related to the Cauchy--Hadamard test for pow…

math.NT2025

On the Detection of Non-Roots of D'Arcais Polynomials

Bernhard Heim, Johann Stumpenhusen

The Lehmer conjecture states that the non-constant Fourier coefficients of the 24th power of the Dedekind eta function are non-zero. In a recent preprint, Neuhauser and the first a…

math.CO2025

Log-Concavity and Log-Convexity of Restricted Infinite Products

Krystian Gajdzica, Bernhard Heim, Markus Neuhauser

In this paper we provide a classification on the sign distribution of , where \begin{equation*} \sum_{n =0}…