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Bibliographic Details
Main Authors: Honeycutt, Jacob, Vellis, Vyron, Zimmerman, Scott
Format: Preprint
Published: 2023
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Online Access:https://arxiv.org/abs/2307.06931
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author Honeycutt, Jacob
Vellis, Vyron
Zimmerman, Scott
author_facet Honeycutt, Jacob
Vellis, Vyron
Zimmerman, Scott
contents We generalize a bi-Lipschitz extension result of David and Semmes from Euclidean spaces to complete metric measure spaces with controlled geometry (Ahlfors regularity and supporting a Poincaré inequality). In particular, we find sharp conditions on metric measure spaces $X$ so that any bi-Lipschitz embedding of a subset of the real line into $X$ extends to a bi-Lipschitz embedding of the whole line. Along the way, we prove that if the complement of an open subset $Y$ of $X$ has small Assouad dimension, then it is a uniform domain. Finally, we prove a quantitative approximation of continua in $X$ by bi-Lipschitz curves.
format Preprint
id arxiv_https___arxiv_org_abs_2307_06931
institution arXiv
publishDate 2023
record_format arxiv
spellingShingle Bi-Lipschitz arcs in metric spaces with controlled geometry
Honeycutt, Jacob
Vellis, Vyron
Zimmerman, Scott
Metric Geometry
We generalize a bi-Lipschitz extension result of David and Semmes from Euclidean spaces to complete metric measure spaces with controlled geometry (Ahlfors regularity and supporting a Poincaré inequality). In particular, we find sharp conditions on metric measure spaces $X$ so that any bi-Lipschitz embedding of a subset of the real line into $X$ extends to a bi-Lipschitz embedding of the whole line. Along the way, we prove that if the complement of an open subset $Y$ of $X$ has small Assouad dimension, then it is a uniform domain. Finally, we prove a quantitative approximation of continua in $X$ by bi-Lipschitz curves.
title Bi-Lipschitz arcs in metric spaces with controlled geometry
topic Metric Geometry
url https://arxiv.org/abs/2307.06931