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Autori principali: Chan, Pak-Yeung, Ma, Zilu, Zhang, Yongjia
Natura: Preprint
Pubblicazione: 2024
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Accesso online:https://arxiv.org/abs/2401.03387
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author Chan, Pak-Yeung
Ma, Zilu
Zhang, Yongjia
author_facet Chan, Pak-Yeung
Ma, Zilu
Zhang, Yongjia
contents A noncollapsed $\mathbb{F}$-limit metric soliton is a self-similar singularity model that inevitably arises when studying the Ricci flow with the tool of $\mathbb{F}$-convergence [Bam20a,Bam20b,Bam20c]. In this article, we shall present a systematic study of the noncollapsed $\mathbb{F}$-limit metric soliton, and show that, apart from the known results in [Bam20c], it satisfies many properties of smooth Ricci shrinkers. In particular, we show a quadratic lower bound for the scalar curvature, a local gap theorem, a global Sobolev inequality, and an optimal volume growth lower bound.
format Preprint
id arxiv_https___arxiv_org_abs_2401_03387
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle On noncollapsed $\mathbb{F}$-limit metric solitons
Chan, Pak-Yeung
Ma, Zilu
Zhang, Yongjia
Differential Geometry
A noncollapsed $\mathbb{F}$-limit metric soliton is a self-similar singularity model that inevitably arises when studying the Ricci flow with the tool of $\mathbb{F}$-convergence [Bam20a,Bam20b,Bam20c]. In this article, we shall present a systematic study of the noncollapsed $\mathbb{F}$-limit metric soliton, and show that, apart from the known results in [Bam20c], it satisfies many properties of smooth Ricci shrinkers. In particular, we show a quadratic lower bound for the scalar curvature, a local gap theorem, a global Sobolev inequality, and an optimal volume growth lower bound.
title On noncollapsed $\mathbb{F}$-limit metric solitons
topic Differential Geometry
url https://arxiv.org/abs/2401.03387