A Phase Transition for the Metric Distortion of Percolation on the Hypercube
Omer Angel, Itai Benjamini
Abstract
Let Hn be the hypercube 0,1n, and let Hn,p denote the same graph with Bernoulli bond percolation with parameter p=n-α. It is shown that at α=1/2 there is a phase transition for the metric distortion between Hn and Hn,p. For α<1/2, asymptotically there is a map from Hn to Hn,p with constant distortion (depending only on α). For α>1/2 the distortion tends to infinity as a power of n. We indicate the similarity to the existence of a non-uniqueness phase in the context of infinite nonamenable graphs.
Create a lesson
Related papers
Almost sure exponential stability of multi-dimensional stochastic systems driven by a symmetric α-stable process
Xuekang Zhang, Hongjian Liu, Guangjun Shen
The Arc Threshold of the Two-Row Ising Torus: Exact Factorization, an Algebraic Critical Coupling, Uniformity in the Circumference, and the Rate of Convergence
Marco Mandap
Markovian Lifts and Multifactor Approximations for Weighted Sub-fractional Brownian Motion
J. H. Ramirez-Gonzalez, Edison Cuba
Rényi mixing bounds for kinetic samplers via L2 hypocoercivity
Jianfeng Lu, Yinchen Luo
Bayesian Filters via the Stochastic Category
Kenichi Bannai, Masahiro Kurisaki
Synchronization of Enriched Spin Glasses
Franziska Engler, Justin Ko