activity
20122017
most citedArithmetic functions at consecutive shifted primes

5 citations · 11 across the 5 of their papers we have counts for

collaborators

6 papers

math.NT2023

Sums of proper divisors with missing digits

Kübra Benli, Giulia Cesana, Cécile Dartyge +2

Let denote the sum of proper divisors of an integer . In 1992, Erdős, Granville, Pomerance, and Spiro (EGPS) conjectured that if is a set of integers with a…

math.NT2017

A generalization of the practical numbers

Nicholas Schwab, Lola Thompson

A positive integer is practical if every can be written as a sum of distinct divisors of . One can generalize the concept of practical numbers by applying an arit…

math.NT20145 cited

Arithmetic functions at consecutive shifted primes

Paul Pollack, Lola Thompson

For each of the functions and every natural number , we show that there are infinitely many solutions to the inequalities $f(p_n-1) < f(p_{n+1}-1) < \dots…

math.NT20144 cited

Bounded gaps between primes in number fields and function fields

Abel Castillo, Chris Hall, Robert J. Lemke Oliver +2

The Hardy--Littlewood prime -tuples conjecture has long been thought to be completely unapproachable with current methods. While this sadly remains true, startling breakthroughs…

math.NT20122 cited

Variations on a question concerning the degrees of divisors of x^n-1

Lola Thompson

In this paper, we examine a natural question concerning the divisors of the polynomial x^n-1: "How often does x^n-1 have a divisor of every degree between 1 and n?" In a previous p…

math.NT2012

On the degrees of divisors of T^n-1

Paul Pollack, Lola Thompson

Fix a field . In this paper, we study the sets $\D_F(n) \subset [0,n]$ defined by [\D_F(n):= {0 \leq m \leq n: T^n-1\text{has a divisor of degree in} F[T]}.] When $\D_F(n)$