Mean Curvature flow in Higher Co-dimension
Kuo-Wei Lee, Yng-Ing Lee

TL;DR
This paper advances the understanding of mean curvature flow in higher co-dimension by weakening key conditions for long-term existence and convergence, and introduces new applications.
Contribution
It improves previous results by relaxing curvature and lower bound conditions, expanding the applicability of mean curvature flow analysis.
Findings
Extended long-time existence results under weaker conditions
Proved convergence of solutions with relaxed assumptions
Introduced new applications of mean curvature flow in higher co-dimension
Abstract
We make several improvements on the results of M.-T. Wang in [8] and his joint paper with M.-P. Tsui [7] concerning the long time existence and convergence for solutions of mean curvature flow in higher co-dimension. Both the curvature condition and lower bound of are weakened. New applications are also obtained.
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Taxonomy
TopicsGeometric Analysis and Curvature Flows · Geometry and complex manifolds · Nonlinear Partial Differential Equations
