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K. Hofmann, S. Morris (2004)
The structure of abelian pro-Lie groupsMathematische Zeitschrift, 248
K. Hofmann, S. Morris (2007)
An Open Mapping Theorem For Pro-Lie GroupsJournal of the Australian Mathematical Society, 83
K. Hofmann, S. Morris (2005)
Sophus Lie's Third Fundamental Theorem and the Adjoint Functor Theorem, 8
A. Michael, K. Hofmann (2005)
On Inverse Limits of Finite Dimensional Lie Groups
K. Hofmann, Sidney Morris (2020)
The Structure of Compact Groups
D. Montgomery, L. Zippin (1956)
Topological Transformation Groups
(i) g ¼ r ð g Þ l s ð g Þ is a direct sum algebraically and topologically of the radical and a unique Levi summand s ð g Þ
i) The nilcore nilcore ð g Þ ¼ n ð g Þ = z ð g Þ of g is finite-dimensional
(2006)
Received 5 December 2005
K. Hofmann, S. Morris (2007)
The Lie Theory of Connected Pro-Lie Groups - A Structure Theory for Pro-Lie Algebras, Pro-Lie Groups
I. Satake, Genjiro Fujisaki, Kazuya Kato, M. Kurihara, S. Nakajima (2001)
On some types of topological groups: Ann. of Math., (2) 50 (1949), 507–558
School of Information Technology and Mathematical Sciences
K. Hofmann, S. Morris (2003)
Projective Limits of Finite‐Dimensional Lie GroupsProceedings of the London Mathematical Society, 87
Hidehiko Yamabe (1953)
A Generalization of A Theorem of GleasonAnnals of Mathematics, 58
W. Roelcke, S. Dierolf (1982)
Uniform Structures on Topological Groups and Their Quotients
If dim r ð g Þ 0 < y , then there is a finite-dimensional ideal f of g and a closed vector subspace a of z ð g Þ such that g is the ideal direct sum s ð g Þ l a l f , and g is very rich
i) its nilcore nilcore ð G Þ is a simply connected pronilpotent pro-Lie group
G is locally isomorphic to the product of a closed normal almost connected sub-group N, whose identity component N 0 is reductive, and a connected Lie sub-group L
A. Baernstein (1974)
A generalization of the theoremTransactions of the American Mathematical Society, 193
ii) Its Lie algebra L ð nilcore ð G ÞÞ is naturally isomorphic to the nilcore nilcore ð g Þ of its Lie algebra g ¼ L ð G Þ
Karl H. Hofmann, Fachbereich Mathematik, Darmstadt University of Technology, Schloss-gartenstr. 7, D-64289 Darmstadt, Germany hofmann@
Hidehiko Yamabe (1953)
On the Conjecture of Iwasawa and GleasonAnnals of Mathematics, 58
Sidney
K. Hofmann, S. Morris (2000)
Transitive Actions of Compact Groups and Topological DimensionJournal of Algebra, 234
.10. Let g be a pro-Lie algebra satisfying n cored ð g Þ J z ð g Þ
, all of the containments in the tall Hasse diagram are proper
If the nilradical 𝔫(𝔤) of the Lie algebra 𝔤 of a pro-Lie group G is finite dimensional modulo the center 𝔷(𝔤), then every identity neighborhood U of G contains a closed normal subgroup N such that G/N is a Lie group and G and N × G/N are locally isomorphic. 2000 Mathematics Subject Classification: 22E65, 17B65, 22A05; 22E15, 22E60, 22E25, 22D05.
Forum Mathematicum – de Gruyter
Published: Jul 1, 2008
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