We prove the existence of solutions to the asymptotic Plateau problem for hypersurfaces of prescribed mean curvature in Cartan-Hadamard manifolds $N$. More precisely, given a suitable subset $L$ of the asymptotic boundary of $N$ and a suitable function $H$ on $N$, we are able to construct a set of locally finite perimeter whose boundary has generalized mean curvature $H$ provided that $N$ satisfies the so-called strict convexity condition and that its sectional curvatures are bounded from above by a negative constant. We also obtain a multiplicity result in low dimensions.
Asymptotic Plateau problem for prescribed mean curvature hypersurfaces
Jean-Baptiste Casteras,I. Holopainen,J. Ripoll
Published 2019 in Proceedings of the American Mathematical Society
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2019
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Proceedings of the American Mathematical Society
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2019-03-26
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Mathematics
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