Free boundary constant mean curvature surfaces in a strictly convex three-manifold

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초록

Let C be a strictly convex domain in a three-dimensional Riemannian manifold with sectional curvature bounded above by a constant, and let Sigma be a constant mean curvature surface with free boundary in C. We provide a pinching condition on the length of the traceless second fundamental form on Sigma which guarantees that the surface is homeomorphic to either a disk or an annulus. Furthermore, under the same pinching condition, we prove that if C is a geodesic ball of three-dimensional space forms, then Sigma is either a spherical cap or a Delaunay surface.

키워드

Free boundary; Constant mean curvature; Spherical cap; Delaunay surface; Strictly convex domain; Space form; MINIMAL-SURFACES; GAP THEOREM; HYPERSURFACES; INDEX; SPACE; STABILITY; BALLS; DISKS
제목
Free boundary constant mean curvature surfaces in a strictly convex three-manifold
저자
Min, Sung-Hong; Seo, Keomkyo
DOI
10.1007/s10455-022-09828-2
발행일
2022-04
유형
Article
저널명
Annals of Global Analysis and Geometry
권
61
호
3
페이지
621 ~ 639