Falconer lattice sets and the Erdos similarity problem

Fuente: arXiv
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Main Authors: Iosevich, A., Yavicoli, A.
Format: Preprint
Published: 2026
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author Iosevich, A.
Yavicoli, A.
author_facet Iosevich, A.
Yavicoli, A.
contents We show that a family of extremely thin sets satisfy the Erdős similarity conjecture. These examples lie outside the range covered by recent work of Shmerkin and Yavicoli \cite{ShmerkinYavicoli2025}. As we shall see, they have small logarithmic dimension. They do not contain affine copies of slowly decaying sequences, so the result does not follow from earlier work of Falconer and Eigen \cite{Falconer1984,Eigen}. On the other hand, they do contain sequences of rapid decay, for which the conjecture is still open in general. Our argument is based on Falconer lattice sets and a theorem of Bourgain \cite{Bourgain2003}.
format Preprint
id arxiv_https___arxiv_org_abs_2604_01493
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle Falconer lattice sets and the Erdos similarity problem
Iosevich, A.
Yavicoli, A.
Classical Analysis and ODEs
Combinatorics
Metric Geometry
28A78, 11B30
We show that a family of extremely thin sets satisfy the Erdős similarity conjecture. These examples lie outside the range covered by recent work of Shmerkin and Yavicoli \cite{ShmerkinYavicoli2025}. As we shall see, they have small logarithmic dimension. They do not contain affine copies of slowly decaying sequences, so the result does not follow from earlier work of Falconer and Eigen \cite{Falconer1984,Eigen}. On the other hand, they do contain sequences of rapid decay, for which the conjecture is still open in general. Our argument is based on Falconer lattice sets and a theorem of Bourgain \cite{Bourgain2003}.
title Falconer lattice sets and the Erdos similarity problem
topic Classical Analysis and ODEs
Combinatorics
Metric Geometry
28A78, 11B30
url https://arxiv.org/abs/2604.01493