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Compactness and generic finiteness for free boundary minimal hypersurfaces (I)

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arxiv 1803.01509 v3 pith:U24RRXKU submitted 2018-03-05 math.DG

Compactness and generic finiteness for free boundary minimal hypersurfaces (I)

classification math.DG
keywords boundaryhypersurfacescompactconvergencefreejacobiminimalmultiplicity
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Given a compact Riemannian manifold with boundary, we prove that the space of embedded, which may be improper, free boundary minimal hypersurfaces with uniform area and Morse index upper bound is compact in the sense of smoothly graphical convergence away from finitely many points. We show that the limit of a sequence of such hypersurfaces always inherits a non-trivial Jacobi field when it has multiplicity one. In a forthcoming paper, we will construct Jacobi fields when the convergence has higher multiplicity.

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  1. Compactness and generic finiteness for free boundary minimal hypersurfaces (II)

    math.DG 2019-06 unverdicted novelty 5.0

    Limits of sequences of free boundary minimal hypersurfaces with bounded area and Morse index inherit non-trivial Jacobi fields via a one-sided Harnack inequality.