Products of finite nilpotent groups.
Hermann Heineken (1990)
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Hermann Heineken (1990)
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Ernest Płonka (1974)
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Ole A. Nielsen (1981)
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Peter Hilton, Robert Militello (1992)
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We identify two generalizations of the notion of a finitely generated nilpotent. Thus a nilpotent group G is fgp if Gp is fg as p-local group for each p; and G is fg-like if there exists a fg nilpotent group H such that Gp ≅ Hp for all p. The we have proper set-inclusions: {fg} ⊂ {fg-like} ⊂ {fgp}. We examine the extent to which fg-like nilpotent groups satisfy the axioms for...
Ian Hawthorn (2018)
Commentationes Mathematicae Universitatis Carolinae
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In an earlier paper distributors were defined as a measure of how close an arbitrary function between groups is to being a homomorphism. Distributors generalize commutators, hence we can use them to try to generalize anything defined in terms of commutators. In this paper we use this to define a generalization of nilpotent groups and explore its basic properties.
Eberhard Kaniuth (1980)
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James Wiegold, John C. Lennox (1974)
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J.K. Truss, E.K. Burke (1995)
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