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Rigidity of Free Boundary Biharmonic Hypersurfaces in the Unit Ball
- Seo, Keomkyo;
- Yun, Gabjin
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Let Σ be a free boundary biharmonic hypersurface in the Euclidean unit ball Bm+1. Denote by H the mean curvature function on Σ. We prove that Σ satisfies a sharp linear isoperimetric inequality mVol(Σ)≤Vol(∂Σ), where equality holds if and only if Σ is a free boundary minimal hypersurface. Moreover, we prove that Σ is minimal if either H is constant along the boundary or H∂H∂ν is nonpositive along the boundary, where ν denotes the outward unit conormal vector. These results can be thought of as a partial affirmative answer to Chen’s conjecture.
키워드
Biharmonic hypersurfaces; minimal hypersurfaces; free boundary; chen's conjecture; DISTINCT PRINCIPAL CURVATURES; MINIMAL-SURFACES; CHENS CONJECTURE; GAP THEOREM; SUBMANIFOLDS; SPACE; MAPS
- 제목
- Rigidity of Free Boundary Biharmonic Hypersurfaces in the Unit Ball
- 저자
- Seo, Keomkyo; Yun, Gabjin
- 발행일
- 2026-05
- 유형
- Article
- 권
- 81
- 호
- 3