2017
DOI: 10.1112/blms.12061
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Determining the action dimension of an Artin group by using its complex of abelian subgroups

Abstract: Suppose that (W,S) is a Coxeter system with associated Artin group A and with a simplicial complex L as its nerve. We define the notion of a ‘standard abelian subgroup’ in A. The poset of such subgroups in A is parameterized by the poset of simplices in a certain subdivision L⊘ of L. This complex of standard abelian subgroups is used to generalize an earlier result from the case of right‐angled Artin groups to case of general Artin groups, by calculating, in many instances, the smallest dimension of a manifold… Show more

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Cited by 9 publications
(23 citation statements)
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References 21 publications
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“…It follows from that the inclusion of standard infinite subgroups corresponding to the vertices of L defines a homomorphism Φ:ALAL from the RAAG AL to the Artin group AL. This leads us to the following.…”
Section: Obstructorsmentioning
confidence: 95%
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“…It follows from that the inclusion of standard infinite subgroups corresponding to the vertices of L defines a homomorphism Φ:ALAL from the RAAG AL to the Artin group AL. This leads us to the following.…”
Section: Obstructorsmentioning
confidence: 95%
“…Since BAS(L) is a model for BA, gdimAd+1. On the other hand, for any d‐simplex σS(L), the spherical Artin group Aσ contains a free abelian subgroup of rank d+1 (for example, see ). So, cdALd+1.…”
Section: Simple Complexes Of Groupsmentioning
confidence: 99%
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