Saved in:
Bibliographic Details
Main Authors: Levi, Raz Halifa, Kantor, Yacov
Format: Preprint
Published: 2026
Subjects:
Online Access:https://arxiv.org/abs/2601.12309
Tags: Add Tag
No Tags, Be the first to tag this record!
_version_ 1866909994112253952
author Levi, Raz Halifa
Kantor, Yacov
author_facet Levi, Raz Halifa
Kantor, Yacov
contents We consider a correlated site percolation problem on a cubic lattice of size $L^3$, with $16\le L\le 512$. The sites of an initially full lattice are removed by a random walk of ${\cal N}=uL^3$ steps. When the parameter $u$ crosses a threshold $u_c=3.15$, a large system transitions between percolating and non-percolating states. We study the $L$-dependence of the mean mass (number of sites) $M_r$ of the $r$th largest cluster, as well as $r$-dependence of $M_r$ for various system sizes $L$ at $u_c$. We demonstrate that $M_r\sim L^{5/2}/r^{5/6}$ for moderate or large $L$ and $r\gg 1$, and also conclude that for {\em any} $r$ the fractal dimensions of the clusters are $5/2$.
format Preprint
id arxiv_https___arxiv_org_abs_2601_12309
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle Large clusters in a correlated percolation model
Levi, Raz Halifa
Kantor, Yacov
Statistical Mechanics
We consider a correlated site percolation problem on a cubic lattice of size $L^3$, with $16\le L\le 512$. The sites of an initially full lattice are removed by a random walk of ${\cal N}=uL^3$ steps. When the parameter $u$ crosses a threshold $u_c=3.15$, a large system transitions between percolating and non-percolating states. We study the $L$-dependence of the mean mass (number of sites) $M_r$ of the $r$th largest cluster, as well as $r$-dependence of $M_r$ for various system sizes $L$ at $u_c$. We demonstrate that $M_r\sim L^{5/2}/r^{5/6}$ for moderate or large $L$ and $r\gg 1$, and also conclude that for {\em any} $r$ the fractal dimensions of the clusters are $5/2$.
title Large clusters in a correlated percolation model
topic Statistical Mechanics
url https://arxiv.org/abs/2601.12309