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Monovex Sets

A set $A$ in a finite dimensional Euclidean space is \emph{monovex} if for every two points $x,y \in A$ there is a continuous path within the set that connects $x$ and $y$ and is monotone (nonincreasing or nondecreasing) in each coordinate. We prove that every open monovex set as well as every closed monovex set is contractible, and provide an example of a nonopen and nonclosed monovex set that is not contractible. Our proofs reveal additional properties of monovex sets.

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Co-authorshipCo-authorshipCo-authorshipAuthorshipAuthorshipAuthorshipTopic signalWMonovex Setspreprint / 2016ALev BuhovskyResearcherAEilon SolanResearcherAOmri Nisan SolanResearcherTmath.GN612 works
PaperSignal 104 links

Monovex Sets

preprint / 2016

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