The dual approach to the $K(\pi, 1)$ conjecture
Giovanni Paolini

TL;DR
This paper discusses the dual approach to Coxeter groups that led to proving the $K( ext{pi}, 1)$ conjecture for affine Artin groups, exploring its potential extension to broader classes.
Contribution
It details the techniques used to prove the $K( ext{pi}, 1)$ conjecture for affine Artin groups and raises open questions about extending these methods.
Findings
Proof of the $K( ext{pi}, 1)$ conjecture for affine Artin groups
Techniques for dual presentations of Coxeter groups
Open questions on generalizing the approach
Abstract
Dual presentations of Coxeter groups have recently led to breakthroughs in our understanding of affine Artin groups. In particular, they led to the proof of the conjecture and to the solution of the word problem. Will the "dual approach" extend to more general classes of Coxeter and Artin groups? In this paper, we describe the techniques used to prove the conjecture for affine Artin groups and we ask a series of questions that are mostly open beyond the spherical and affine cases.
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Taxonomy
TopicsAdvanced Combinatorial Mathematics · Geometric and Algebraic Topology · Algebraic structures and combinatorial models
