Quantitative Spectral Stability for an Embedded Annulus under Coupled Curve Shortening and $2$D Ricci Flows

Fuente: arXiv
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Autor principal: Habibivostakolaei, Mohammadjavad
Formato: Preprint
Publicado: 2026
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author Habibivostakolaei, Mohammadjavad
author_facet Habibivostakolaei, Mohammadjavad
contents We study the spectral stability of Dirichlet eigenvalues on an embedded annulus whose boundary evolves by curve shortening flow while the ambient surface evolves under the two dimensional Ricci flow using variational formulas, Rellich--type identities, and harmonic capacity methods, we relate eigenvalue variations to geometric deficit and modulus. We establish quantitative bounds comparing the spectrum of the evolving annulus with that of a flat cylinder of equal modulus. As a consequence, we obtain geometric stability and a spectral gap estimate controlled by the deficit functional.
format Preprint
id arxiv_https___arxiv_org_abs_2601_14575
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle Quantitative Spectral Stability for an Embedded Annulus under Coupled Curve Shortening and $2$D Ricci Flows
Habibivostakolaei, Mohammadjavad
Differential Geometry
Spectral Theory
35P15, 53C44, 58J50
We study the spectral stability of Dirichlet eigenvalues on an embedded annulus whose boundary evolves by curve shortening flow while the ambient surface evolves under the two dimensional Ricci flow using variational formulas, Rellich--type identities, and harmonic capacity methods, we relate eigenvalue variations to geometric deficit and modulus. We establish quantitative bounds comparing the spectrum of the evolving annulus with that of a flat cylinder of equal modulus. As a consequence, we obtain geometric stability and a spectral gap estimate controlled by the deficit functional.
title Quantitative Spectral Stability for an Embedded Annulus under Coupled Curve Shortening and $2$D Ricci Flows
topic Differential Geometry
Spectral Theory
35P15, 53C44, 58J50
url https://arxiv.org/abs/2601.14575