Global Regularity of Three-Dimensional Ricci Limit Spaces
Andrew D. McLeod, Peter M. Topping

TL;DR
This paper proves that all three-dimensional Ricci limit spaces are globally homeomorphic to smooth manifolds with local bi-Holder regularity, extending previous work through the construction of specialized Ricci flows.
Contribution
It introduces a method to establish global homeomorphisms from 3D Ricci limit spaces to smooth manifolds, utilizing local pyramid Ricci flows inspired by Hochard.
Findings
Established a global homeomorphism for 3D Ricci limit spaces.
Constructed local pyramid Ricci flows on uniform regions.
Extended previous results by Simon and the second author.
Abstract
We construct a global homeomorphism from any 3D Ricci limit space to a smooth manifold, that is locally bi-Holder. This extends the recent work of Miles Simon and the second author, and we build upon their techniques. A key step in our proof is the construction of local "pyramid Ricci flows", existing on uniform regions of spacetime, that are inspired by Hochard's partial Ricci flows.
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Taxonomy
TopicsGeometric Analysis and Curvature Flows · Geometry and complex manifolds · Advanced Differential Geometry Research
