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Auteur principal: Cernomazov, Nikita
Format: Preprint
Publié: 2025
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Accès en ligne:https://arxiv.org/abs/2508.00352
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author Cernomazov, Nikita
author_facet Cernomazov, Nikita
contents We consider homothetic evolutions of the area-preserving curve-shortening flow (APCSF), that is, classical curve shortening flow with an additional non-local forcing term. By using known results on $λ$-curves, we prove the existence of non-circular shrinkers for this flow. In our first main result, we present a partial classification scheme, similar to the well-known Abresch-Langer classification for shrinkers of curve-shortening flow. Finally, we also deduce a saddle-point property for all non-circular (APCSF)-shrinkers analogous to the known saddle-point property of Abresch-Langer curves.
format Preprint
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institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Shrinkers of the area-preserving curve-shortening flow: Existence and saddle-point property
Cernomazov, Nikita
Differential Geometry
We consider homothetic evolutions of the area-preserving curve-shortening flow (APCSF), that is, classical curve shortening flow with an additional non-local forcing term. By using known results on $λ$-curves, we prove the existence of non-circular shrinkers for this flow. In our first main result, we present a partial classification scheme, similar to the well-known Abresch-Langer classification for shrinkers of curve-shortening flow. Finally, we also deduce a saddle-point property for all non-circular (APCSF)-shrinkers analogous to the known saddle-point property of Abresch-Langer curves.
title Shrinkers of the area-preserving curve-shortening flow: Existence and saddle-point property
topic Differential Geometry
url https://arxiv.org/abs/2508.00352