activity
20142026
most citedCharacterization of cutoff for reversible Markov chains

36 citations · 196 across the 30 of their papers we have counts for

collaborators

46 papers

math.PR2026

Universality of cutoff for the Exclusion Process

Jonathan Hermon, Gady Kozma, Justin Salez

Under a fairly general condition on the underlying jump rates, we prove that the Exclusion Process with fixed particle density exhibits cutoff at time $t_{mix}\sim \frac{1}{2}{t}_{…

math.PR2026

Random walk on the small-world network model in 3 or more dimensions

Zsuzsanna Baran, Jonathan Hermon, Anđela Šarković +2

We study the mixing time of a simple random walk on the small-world network defined by adding edges to as follows: for each pair we add an edge with prob…

math.PR2026

Stationary hitting times on vertex-transitive graphs

Nathanaël Berestycki, Jonathan Hermon, Lucas Teyssier

We prove a refined version of the Aldous and Brown's exponential approximation of stationary hitting times. These are valid for all reversible Markov chains. We then specialise our…

math.PR2024

Concentration of information on discrete groups

Jonathan Hermon, Xiangying Huang, Francesco Pedrotti +1

Motivated by the Asymptotic Equipartition Property and its recently discovered role in the cutoff phenomenon, we initiate the systematic study of varentropy on discrete groups. Our…

math.PR2024

Cutoff for random Cayley graphs of nilpotent groups

Jonathan Hermon, Xiangying Huang

We consider the random Cayley graphs of a sequence of finite nilpotent groups of diverging sizes , whose ranks and nilpotency classes are uniformly bounded. For some $k=k(n…

math.PR2023★ 1 cited

Phase transition for random walks on graphs with added weighted random matching

Zsuzsanna Baran, Jonathan Hermon, Anđela Šarković +1

For a finite graph let be obtained by considering a random perfect matching of and adding the corresponding edges to with weight , while assign…