We study stability properties of -minimal hypersurfaces isometrically immersed in weighted manifolds with non-negative Bakry-A parts per thousand mery Ricci curvature under volume growth conditions. Moreover, exploiting a weighted version of a finiteness result and the adaptation to this setting of Li-Tam theory, we investigate the topology at infinity of -minimal hypersurfaces. On the way, we prove a new comparison result in weighted geometry and we provide a general weighted -Sobolev inequality for hypersurfaces in Cartan-Hadamard weighted manifolds, satisfying suitable restrictions on the weight function
Impera, D., Rimoldi, M. (2014). Stability properties and topology at infinity of f-minimal hypersurfaces. GEOMETRIAE DEDICATA, 178(1), 21-47 [10.1007/s10711-014-9999-6].
Stability properties and topology at infinity of f-minimal hypersurfaces
IMPERA, DEBORA;RIMOLDI, MICHELE
2014
Abstract
We study stability properties of -minimal hypersurfaces isometrically immersed in weighted manifolds with non-negative Bakry-A parts per thousand mery Ricci curvature under volume growth conditions. Moreover, exploiting a weighted version of a finiteness result and the adaptation to this setting of Li-Tam theory, we investigate the topology at infinity of -minimal hypersurfaces. On the way, we prove a new comparison result in weighted geometry and we provide a general weighted -Sobolev inequality for hypersurfaces in Cartan-Hadamard weighted manifolds, satisfying suitable restrictions on the weight functionI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.