Results 91 to 100 of about 11,420 (266)
Structure of Finite-Dimensional Protori
A Structure Theorem for Protori is derived for the category of finite-dimensional protori (compact connected abelian groups), which details the interplay between the properties of density, discreteness, torsion, and divisibility within a finite ...
Wayne Lewis
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Simple Modules for Groups with Abelian Sylow 2-Subgroups are Algebraic [PDF]
David Craven
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Subgroups of the direct product of graphs of groups with free abelian vertex groups [PDF]
Montserrat Casals‐Ruiz +1 more
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Factorizing profinite groups into two Abelian subgroups [PDF]
We prove that the class of profinite groups $G$ that have a factorization $G=AB$with $A$ and $B$ abelian closed subgroups, is closed under taking strict projective limits.This is a generalization of a recent result by K.H.~Hofmann and F.G.~Russo.As an ...
Wolfgang Herfort
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Algebraic obstructions to sequential convergence in Hausdorrf abelian groups
Given an abelian group G and a non-trivial sequence in G, when will it be possible to construct a Hausdroff topology on G that allows the sequence to converge?
Bradd Clark, Sharon Cates
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On the number of cyclic subgroups of a finite abelian group [PDF]
László Tóth
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Permutation groups containing a regular abelian subgroup: the tangled\n history of two mistakes of Burnside [PDF]
Mark Wildon
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On directed strongly regular Cayley graphs over non-abelian groups with an abelian subgroup of index $2$ [PDF]
Xueyi Huang, Lu Lu, Jongyook Park
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Metahamiltonian groups and related topics [PDF]
A group is called metahamiltonian if all its non-abelian subgroups are normal. This aim of this paper is to provide an updated survey of researches concerning certain classes of generalized metahamiltonian groups, in various contexts, and to prove some ...
Maria De Falco +2 more
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Large Abelian Subgroups of Finitep-Groups
Let \(p\) be a prime and let \(G\) be a finite \(p\)-group. Let \(d(G)\) be the maximum of \(| A|\) as \(A\) ranges over the abelian subgroups of \(G\), and \({\mathcal A}(G)\) be the set of all abelian subgroups \(A\) for which \(| A|=d(G)\). Let \(B\) be an abelian subgroup of \(G\) normalized by \(A\) and \(B\) does not normalize \(A\).
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