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Main Authors: Su, Weicong, Zhang, Yi Ru-Ya
Format: Preprint
Published: 2024
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Online Access:https://arxiv.org/abs/2406.06906
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author Su, Weicong
Zhang, Yi Ru-Ya
author_facet Su, Weicong
Zhang, Yi Ru-Ya
contents We prove that a trace inequality holds for John domains $Ω$ satisfying $$ \mathcal H^{n-1}(\partial Ω\setminus \partial_*Ω)=0,$$ where $\partial_*Ω$ denotes the measure-theoretic boundary, together with an upper density bound on $\partial Ω$. This class of domains includes $(ε,\,r)$-perimeter minimizers of Wulff perimeter $P_K$ which are close to the associated convex body $K$. Particularly, this result is established without requiring $\partial Ω$ to be Ahlfors regular. As a consequence, we give an alternative proof for a crucial step in the quantitative Wulff inequality, thereby providing a meaningful commentary on the seminal work of Figalli, Maggi, and Pratelli \cite{FMP2010}.
format Preprint
id arxiv_https___arxiv_org_abs_2406_06906
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Sobolev trace inequalities on John domains and its applications
Su, Weicong
Zhang, Yi Ru-Ya
Optimization and Control
46E35
We prove that a trace inequality holds for John domains $Ω$ satisfying $$ \mathcal H^{n-1}(\partial Ω\setminus \partial_*Ω)=0,$$ where $\partial_*Ω$ denotes the measure-theoretic boundary, together with an upper density bound on $\partial Ω$. This class of domains includes $(ε,\,r)$-perimeter minimizers of Wulff perimeter $P_K$ which are close to the associated convex body $K$. Particularly, this result is established without requiring $\partial Ω$ to be Ahlfors regular. As a consequence, we give an alternative proof for a crucial step in the quantitative Wulff inequality, thereby providing a meaningful commentary on the seminal work of Figalli, Maggi, and Pratelli \cite{FMP2010}.
title Sobolev trace inequalities on John domains and its applications
topic Optimization and Control
46E35
url https://arxiv.org/abs/2406.06906