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7 results for Schoen-Simon-Yau

We derive curvature estimates for minimal submanifolds in Euclidean space for arbitrary dimension and codimension via Gauss map. Thus, Schoen-Simon-Yau's results and Ecker-Huisken's results are generalized to higher codimension. In this way we improve Hildebrandt-Jost-Widman's result for the Bernstein type theorem.

2007-09-24abs ↗pdf ↗

The paper provides curvature estimates for stable free boundary minimal hypersurfaces.

problem Proving uniform curvature estimates for stable free boundary minimal hypersurfaces.
method Using the theory of minimal laminations developed by Colding and Minicozzi.
result Uniform curvature estimates for stable free boundary minimal hypersurfaces.

Curvature estimate for stable free boundary minimal hypersurfaces in wedge-shaped manifolds.

problem Estimating curvature of stable free boundary minimal hypersurfaces in wedge-shaped manifolds.
method Compactness theorem and Schoen-Simon-Yau estimates.
result Curvature estimate for free boundary minimal hypersurfaces in wedge-shaped manifolds.

Alternative proof and extension of curvature estimates for minimal immersions.

problem Curvature estimates and Bernstein-type theorems for minimal immersions.
method Iteration method à la De Giorgi, ε-regularity theorem, Caccioppoli inequalities.
result Extension of Schoen--Simon--Yau and Schoen--Simon theorems to 6-dimensional stable minimal immersions.

Curvature estimates and sheeting theorems for weakly stable CMC hypersurfaces established.

problem Establishing curvature estimates and sheeting theorems for weakly stable CMC hypersurfaces.
method Pointwise curvature estimate and sheeting theorem for weakly stable CMC hypersurfaces.
result Effective version of the compactness theorem for weakly stable CMC hypersurfaces.

New method improves curvature estimates for stable surfaces.

problem Curvature estimates for stable surfaces in Rn+1\mathbb{R}^{n+1}.
method Replacing Young's inequality with Hölder's inequality simplifies and improves curvature estimates.
result The new method yields a strictly smaller constant and a natural extension to CMC settings.