The isoperimetric problem in 2d domains without necks
Gian Paolo Leonardi, Giorgio Saracco
Abstract
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Gian Paolo Leonardi, Giorgio Saracco
Abstract
Open-access reader
Abstract We give a complete characterization of all isoperimetric sets contained in a domain of the Euclidean plane, that is bounded by a Jordan curve and satisfies a no neck property. Further, we prove that the isoperimetric profile of such domain is convex above the volume of the largest ball contained in it, and that its square is globally convex.
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Abstract We give a complete characterization of all isoperimetric sets contained in a domain of the Euclidean plane, that is bounded by a Jordan curve and satisfies a no neck property. Further, we prove that the isoperimetric profile of such domain is convex above the volume of the largest ball contained in it, and that its square is globally convex.
Key concepts: Isoperimetric inequality, Bounded function, Ball (mathematics), Isoperimetric dimension, Regular polygon, Mathematics, Domain (mathematical analysis), Euclidean geometry