2009
DOI: 10.1007/s00493-009-2435-0
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On collineations and dualities of finite generalized polygons

Abstract: In this paper we generalize a result of Benson to all finite generalized polygons. In particular, given a collineation θ of a finite generalized polygon S, we obtain a relation between the parameters of S and, for various natural numbers i, the number of points x which are mapped to a point at distance i from x by θ. As a special case we consider generalized 2n-gons of order (1, t) and determine, in the generic case, the exact number of absolute points of a given duality of the underlying generalized n-gon of … Show more

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Cited by 11 publications
(20 citation statements)
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“…By extracting the main ideas and fine-tuning them, we are able to give a self-contained proof, which in the end even leads to a somewhat stronger result. We note that similar more general techniques and results on generalized hexagons (but not our main results) have also been obtained by Temmermans, Thas, and Van Maldeghem [27].…”
Section: Generalized Polygonssupporting
confidence: 86%
“…By extracting the main ideas and fine-tuning them, we are able to give a self-contained proof, which in the end even leads to a somewhat stronger result. We note that similar more general techniques and results on generalized hexagons (but not our main results) have also been obtained by Temmermans, Thas, and Van Maldeghem [27].…”
Section: Generalized Polygonssupporting
confidence: 86%
“…In light of Corollary 1.14 it is natural that the theory of domesticity in rank 2 buildings (ie, generalised polygons) plays a central role. This analysis has been undertaken in [9,14,17], and since only residues of types A 1 × A 1 , A 2 , and B 2 /C 2 appear as rank 2 residues of irreducible thick spherical buildings of rank 3 or more, the relevant results are as follows.…”
Section: Background and Definitionsmentioning
confidence: 99%
“…No duality of a thick generalised 2n-gon is anisotropic. Moreover, if Γ is a finite thick generalised 2n-gon with parameters (s, t) then: s and t are coprime (see also [23,Corollary 5.2]). Suppose further that |L 4 | = 0 (and so θ is anisotropic).…”
Section: Anisotropic Automorphismsmentioning
confidence: 99%