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Supplementary Material for Random Cayley Graphs Project

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arxiv 1810.05130 v2 pith:S6TNZ3FA submitted 2018-10-11 math.PR

classification math.PR
keywords randomchangesproveresultssomecayleyentropyestimates
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abstract

This document contains supplementary material for the main articles in our Random Cayley Graphs project. We prove refined results about simple random walks on the integers and on the cycle. We are primarily interested in the entropy of these random walks at certain times and how this entropy changes when the time changes slightly. Additionally, we prove some large deviation and exit time estimates. We prove some results on the size of discrete lattice balls and how this size changes when the radius changes slightly. We do this in a general $L_q$ norm, with $q \in [1,\infty]$. We also prove some other technical results deferred from the main papers. We hope that some of the results, particularly the simple random walk estimates, will be useful in their own right for other researchers.

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  1. Cutoff for random lifts of weighted graphs

    math.PR 2019-08 conditional novelty 7.0 of 10

    Random walks on random n-lifts of any irreducible weighted base graph with two oriented cycles mix at time h^{-1} log n with cutoff, h the universal-cover entropy.

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