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Shape aspherical compacta-applications of a theorem of Kan and Thurston to cohomological dimension and shape theories

机译:形状非球面压实-Kan和Thurston定理在同调维数和形状理论中的应用

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摘要

Dydak and Yokoi introduced the notion of shape aspherical compactum. In this paper, we use this notion to obtain a generalization of Kan and Thurston theorem for compacta and pro-homology. As an application, we obtain a characterization of cohomological dimension with coefficients in Z and Z/p (p prime) in terms of acyclic maps from a shape aspherical compactum, which improves the theorems of Edwards and Dranishnikov. Furthermore, we obtain the shape version of the theorem and as a consequence we show that every compactum has the stable shape type of a shape aspherical compactum. [References: 16]
机译:Dydak和Yokoi提出了形状非球面致密体的概念。在本文中,我们使用该概念来获得关于紧致和亲同性的Kan和Thurston定理的推广。作为一种应用,我们从非球面形状的非紧实形状的无环图中获得了具有Z和Z / p(p素数)系数的同调维的刻画,从而改进了Edwards和Dranishnikov的定理。此外,我们获得了该定理的形状形式,结果表明,每个紧致块都具有形状非球面紧致块的稳定形状类型。 [参考:16]

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