
arXiv: 2309.00712
We construct a translating solution to anisotropic curve shortening flow and show that for a given anisotropic factor g\colon S^{1}\to\mathbb{R}_{+} , and a given direction and speed, this translator is unique. We then construct an ancient compact solution to anisotropic curve shortening flow, and show that this solution, along with the appropriate translating solution, are the unique solutions to anisotropic curve shortening flow that lie in a slab of a given width, and in no smaller slab.
Mathematics - Differential Geometry, Differential Geometry (math.DG), ancient solutions, curvature flows, Flows related to mean curvature, anisotropic curve shortening flow, FOS: Mathematics, 53E10
Mathematics - Differential Geometry, Differential Geometry (math.DG), ancient solutions, curvature flows, Flows related to mean curvature, anisotropic curve shortening flow, FOS: Mathematics, 53E10
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