Finite rigid sets and the separating curve complex
Junzhi Huang, Bena Tshishiku

TL;DR
This paper constructs finite rigid subcomplexes within the separating curve complex for closed surfaces of genus at least 3, which are preserved under incidence-preserving maps, advancing understanding of the complex's structure.
Contribution
It introduces finite rigid subcomplexes of the separating curve complex for genus ≥ 3 surfaces, a novel step in understanding their automorphisms.
Findings
Finite rigid subcomplexes exist in the separating curve complex for genus ≥ 3 surfaces.
These subcomplexes are preserved under incidence-preserving maps.
The results contribute to the study of automorphisms of the separating curve complex.
Abstract
For each closed surface of genus , we find a finite subcomplex of the separating curve complex that is rigid with respect to incidence-preserving maps.
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Taxonomy
TopicsMathematical Dynamics and Fractals · Geometric and Algebraic Topology · Topological and Geometric Data Analysis
