arXiv Analytics

Sign in

arXiv:1010.3329 [math.GN]AbstractReferencesReviewsResources

A decomposition theorem for compact groups with application to supercompactness

Wiesław Kubiś, Sławomir Turek

Published 2010-10-16Version 1

We show that every compact connected group is the limit of a continuous inverse sequence, in the category of compact groups, where each successor bonding map is either an epimorphism with finite kernel or the projection from a product by a simple compact Lie group. As an application, we present a proof of an unpublished result of Charles Mills from 1978: every compact group is supercompact.

Comments: 12 pages
Journal: Cent. Eur. J. Math. 9 (2011), no. 3, 593--602
Categories: math.GN
Subjects: 22C05, 54D30, 54H11
Related articles: Most relevant | Search more
arXiv:math/0311015 [math.GN] (Published 2003-11-03)
A compact group which is not Valdivia compact
arXiv:0912.5178 [math.GN] (Published 2009-12-28)
A decomposition theorem for maxitive measures
arXiv:2011.14299 [math.GN] (Published 2020-11-29)
A characterization of $X$ for which spaces $C_p(X)$ are distinguished and its applications