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Symmetry results for critical anisotropic p-Laplacian equations in\n convex cones

2019/06/03 by Giulio Ciraolo, Alessio Figalli, Ciraolo, Giulio +3 · 11 citations
Mathematics · Computer Science · #Nonlinear Partial Differential Equations #Advanced Mathematical Modeling in Engineering

paper · pdf · doi:10.48550/arxiv.1906.00622

Abstract

Given n \≥ 2 and 1<p<n, we consider the critical p-Laplacian equation\n\Δp u + up^*-1=0, which corresponds to critical points of the Sobolev\ninequality. Exploiting the moving planes method, it has been recently shown\nthat positive solutions in the whole space are classified. Since the moving\nplane method strongly relies on the symmetries of the equation and the domain,\nin this paper we provide a new approach to this Liouville-type problem that\nallows us to give a complete classification of solutions in an anisotropic\nsetting. More precisely, we characterize solutions to the critical\np-Laplacian equation induced by a smooth norm inside any convex cone. In\naddition, using optimal transport, we prove a general class of (weighted)\nanisotropic Sobolev inequalities inside arbitrary convex cones.\n

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