activity
20212026
collaborators

6 papers

math.NT2026

The Furstenberg-Sárközy theorem for sums of an even number of odd powers

Alexandros Kalogirou, Andrew Lott, Ákos Magyar +1

We obtain a Furstenberg-Sárközy-type result for sets whose difference set does not contain the sum of -many -th powers of positive integers, with o…

math.NT2023

The distribution of intermediate prime factors

Nathan McNew, Paul Pollack, Akash Singha Roy

Let denote the middle prime factor of (taking into account multiplicity). More generally, one can consider, for any , the -positio…

math.NT2022

On Benford's Law for multiplicative functions

Vorrapan Chandee, Xiannan Li, Paul Pollack +1

We provide a criterion to determine whether a real multiplicative function is a strong Benford sequence. The criterion implies that the -divisor functions, where ,…

math.NT2021

Powerfree sums of proper divisors

Paul Pollack, Akash Singha Roy

Let denote the sum of the proper divisors of . It is natural to conjecture that for each integer , the equivalence \[ \text{ is th p…

math.NT2021

Distribution mod of Euler's totient and the sum of proper divisors

Noah Lebowitz-Lockard, Paul Pollack, Akash Singha Roy

We consider the distribution in residue classes modulo primes of Euler's totient function and the sum-of-proper-divisors function . We prove that the value…

math.NT2021

Joint distribution in residue classes of polynomial-like multiplicative functions

Paul Pollack, Akash Singha Roy

Under fairly general conditions, we show that families of integer-valued polynomial-like multiplicative functions are uniformly distributed in coprime residue classes mod , wher…