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20142026
most citedFactor-of-iid Schreier decorations of lattices in Euclidean spaces

8 citations · 33 across the 25 of their papers we have counts for

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6 papers · 1 filter

math.PR2026

On the self-intersection time of non-backtracking random walks

Ferenc Bencs, Leslie Ann Goldberg, Matthew Jenssen +4

We study the self-intersection time of the non-backtracking random walk on connected undirected graphs. For every fixed we show that the expected self-intersection time i…

math.PR2023

Near optimal bounds for weak and strong spatial mixing for the anti-ferromagnetic Potts model on trees

Ferenc Bencs, Khallil Berrekkal, Guus Regts

We show that the anti-ferromagnetic Potts model on trees exhibits strong spatial mixing for a near-optimal range of parameters. Our work complements recent results of Chen, Liu, Ma…

math.PR2022★ 2 cited

Uniqueness of the Gibbs measure for the anti-ferromagnetic Potts model on the infinite -regular tree for large

Ferenc Bencs, David de Boer, Pjotr Buys +1

In this paper we prove that for any integer , the anti-ferromagnetic -state Potts model on the infinite -regular tree has a unique Gibbs measure for all edge interac…

math.PR2021★ 2 cited

Factor-of-iid balanced orientation of non-amenable graphs

Ferenc Bencs, Aranka Hrušková, László Márton Tóth

We show that if a non-amenable, quasi-transitive, unimodular graph has all degrees even then it has a factor-of-iid balanced orientation, meaning each vertex has equal in- and…

math.PR2021★ 8 cited

Factor-of-iid Schreier decorations of lattices in Euclidean spaces

Ferenc Bencs, Aranka Hrušková, László Márton Tóth

A Schreier decoration is a combinatorial coding of an action of the free group on the vertex set of a -regular graph. We investigate whether a Schreier decoration exists…

math.PR2020★ 1 cited

Atoms of the matching measure

Ferenc Bencs, András Mészáros

We prove that the matching measure of an infinite vertex-transitive connected graph has no atoms. Generalizing the results of Salez, we show that for an ergodic non-amenable unimod…