Systems of Dyadic Cubes of Complete, Doubling, Uniformly Perfect Metric Spaces without Detours

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1. Verfasser: Sasaya, Kôhei
Format: Preprint
Veröffentlicht: 2021
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author Sasaya, Kôhei
author_facet Sasaya, Kôhei
contents Systems of dyadic cubes are the basic tools of harmonic analysis and geometry, and this notion had been extended to general metric spaces. In this paper, we construct systems of dyadic cubes of complete, doubling, uniformly perfect metric spaces, such that for any two points in the metric space, there exists a chain of three cubes whose diameters are comparable to the distance of the points. We also give an application of our construction to previous research of potential analysis and geometry of metric spaces.
format Preprint
id arxiv_https___arxiv_org_abs_2110_11696
institution arXiv
publishDate 2021
record_format arxiv
spellingShingle Systems of Dyadic Cubes of Complete, Doubling, Uniformly Perfect Metric Spaces without Detours
Sasaya, Kôhei
Metric Geometry
Primary: 30L99, Secondary: 30L10,
Systems of dyadic cubes are the basic tools of harmonic analysis and geometry, and this notion had been extended to general metric spaces. In this paper, we construct systems of dyadic cubes of complete, doubling, uniformly perfect metric spaces, such that for any two points in the metric space, there exists a chain of three cubes whose diameters are comparable to the distance of the points. We also give an application of our construction to previous research of potential analysis and geometry of metric spaces.
title Systems of Dyadic Cubes of Complete, Doubling, Uniformly Perfect Metric Spaces without Detours
topic Metric Geometry
Primary: 30L99, Secondary: 30L10,
url https://arxiv.org/abs/2110.11696