Calculus of Variations and Geometric Measure Theory
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M. Petrache - R. Züst

Matchings in metric spaces, the dual problem and calibrations modulo 2

created by petrache on 02 Oct 2014

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Submitted Paper

Inserted: 2 oct 2014
Last Updated: 2 oct 2014

Year: 2014

Abstract:

We show that for a metric space with an even number of points there is a $1$-Lipschitz map to a tree-like space with the same matching number. This result gives the first basic version of an unoriented Kantorovich duality. The study of the duality gives a version of global calibrations for $1$-chains with coefficients in $\mathbb Z_2$. Finally we extend the results to infinite metric spaces and present a notion of ``matching dimension'' which arises naturally.


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