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Related papers: Primitive Divisors of some Lehmer-Pierce Sequences

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In this paper, we prove: Let A be a nonnegative primitive tensor with order m and dimension n. Then its primitive degree R(A)\leq (n-1)^2+1, and the upper bound is sharp. This confirms a conjecture of Shao [7].

Combinatorics · Mathematics 2016-11-25 Pingzhi Yuany , Zilong He , Lihua You

We use the arithmetic of the Kummer surface associated to the Jacobian of a hyperelliptic curve to study the primality of integers of the form $4m^2 5^n-1$. We provide an algorithm capable of proving the primality or compositeness of most…

Algebraic Geometry · Mathematics 2020-05-20 Eduardo Ruíz Duarte , Marc Paul Noordman

Let $Q$ be a set of primes with relative density $\delta$. We count integers in $[1,x]$ with prime factors all in $Q$ that also have a divisor in $(y,2y]$. We establish the order of magnitude for all $\delta \in (0,1]$. This generalizes the…

Number Theory · Mathematics 2026-03-23 Jeremy Schlitt

This paper consists of three parts: (I) To develop general theory of a (large) class of central simple finite dimensional algebras and answering some natural questions about them (that in general situation it is not even clear how to…

Rings and Algebras · Mathematics 2024-01-01 Volodymyr Bavula

Given a polynomial $\phi$ over a global function field $K$ and a wandering base point $b\in K$, we give a geometric condition on $\phi$ ensuring the existence of primitive prime divisors for almost all points in the orbit…

Number Theory · Mathematics 2015-05-01 Wade Hindes

We present a general method for computing discriminants of noncommutative algebras. It builds a connection with Poisson geometry and expresses the discriminants as products of Poisson primes. The method is applicable to algebras obtained by…

Rings and Algebras · Mathematics 2018-07-20 Bach Nguyen , Kurt Trampel , Milen Yakimov

Following work of V\'elez, we explicitly describe the splitting of the integral prime 2 in the radical extension $\mathbb{Q}(\sqrt[n]{a})$, where $x^n-a$ is an irreducible polynomial in $\mathbb{Z}[x]$. With previous work of the second…

Number Theory · Mathematics 2025-12-30 Dylan Scofield , Hanson Smith

A numerical semigroup $S$ is an additive subsemigroup of the non-negative integers with finite complement, and the squarefree divisor complex of an element $m \in S$ is a simplicial complex $\Delta_m$ that arises in the study of multigraded…

Commutative Algebra · Mathematics 2021-03-10 Jackson Autry , Paige Graves , Jessie Loucks , Christopher O'Neill , Vadim Ponomarenko , Samuel Yih

We explicitly describe the splitting of odd integral primes in the radical extension $\mathbb{Q}(\sqrt[n]{a})$, where $x^n-a$ is an irreducible polynomial in $\mathbb{Z}[x]$. Our motivation is to classify common index divisors, the primes…

Number Theory · Mathematics 2025-07-25 Hanson Smith

We show under the Generalised Riemann Hypothesis that for every $\delta>0$, almost every prime $q$ in $[Q,2Q]$ has the expected of prime primitive roots in the interval $[x,x+x^{\frac{1}2+\delta}]$ provided $Q$ is not more than…

Number Theory · Mathematics 2017-03-02 D. S. Ramana , O. Ramaré

We estimate the number of primes represented by a general quadratic polynomial with discriminant $\Delta$, assuming that the corresponding real character is exceptional.

Number Theory · Mathematics 2020-11-12 Fernando Chamizo , Jorge Jiménez Urroz

We introduce a novel approach for defining a $\delta'$-interaction on a subset of the real line of Lebesgue measure zero which is based on Sturm-Liouville differential expression with measure coefficients. This enables us to establish basic…

Spectral Theory · Mathematics 2014-05-08 Jonathan Eckhardt , Aleksey Kostenko , Mark Malamud , Gerald Teschl

D.H. Lehmer found a quadratic polynomial such that 326 is a primitive root for the first 206 primes represented by this polynomial. It is shown that this is related to the class number one problem and prime producing quadratics. An…

Number Theory · Mathematics 2008-02-01 Pieter Moree

Let $S = \{q_1, \ldots , q_s\}$ be a finite, non-empty set of distinct prime numbers. For a non-zero integer $m$, write $m = q_1^{r_1} \ldots q_s^{r_s} M$, where $r_1, \ldots , r_s$ are non-negative integers and $M$ is an integer relatively…

Number Theory · Mathematics 2016-11-03 Yann Bugeaud , Jan-Hendrik Evertse

We provide an explicit formula for primitive elements in the Hall algebras of nilpotent representations of cyclic quivers.

Representation Theory · Mathematics 2024-03-28 Renda Ma

Let $k$ be a number field and $O$ the ring of integers. In the previous paper [T06] we study the Dirichlet series counting discriminants of cubic algebras of $O$ and derive some density theorems on distributions of the discriminants by…

Number Theory · Mathematics 2007-05-23 Takashi Taniguchi

With $\Fq$ the finite field of $q$ elements, we investigate the following question. If $\gamma$ generates $\Fqn$ over $\Fq$ and $\beta$ is a non-zero element of $\Fqn$, is there always an $a \in \Fq$ such that $\beta(\gamma + a)$ is a…

Number Theory · Mathematics 2018-12-11 Geoff Bailey , Stephen D. Cohen , Nicole Sutherland , Tim Trudgian

The purpose of this note is to suggest an analogue for genus 2 curves of part of Gross and Zagier's work on elliptic curves. Experimentally, for genus 2 curves with CM by a quartic CM field K, it appears that primes dividing the…

Number Theory · Mathematics 2007-05-23 Kristin Lauter

Let $\mathcal C_Q$ be the cyclic group of order $Q$, $n$ a divisor of $Q$ and $r$ a divisor of $Q/n$. We introduce the set of $(r,n)$-free elements of $\mathcal C_Q$ and derive a lower bound for the the number of elements $\theta \in…

Number Theory · Mathematics 2022-01-17 Stephen D. Cohen , Giorgos Kapetanakis , Lucas Reis

In this paper, we present a necessary and sufficient condition for a nonnegative tensor to be a primitive one, show that the exponent set of nonnegative primitive tensors with order $m(\ge n)$ and dimension $n$ is $\{k| 1\le k\le…

Combinatorics · Mathematics 2014-04-08 Zilong He , Pingzhi Yuan , Lihua You