Note on the Ševrin radical in semigroups
Robert Šulka (1968)
Matematický časopis
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Robert Šulka (1968)
Matematický časopis
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Dwight Olson, Terry Jankins (1973)
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Erol Barbut (1970)
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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.
Chowdhury, K.C., Das, G.C. (2004)
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International Journal of Mathematics and Mathematical Sciences
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Ernest Płonka (1974)
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Lewis, Robert H., Moore, Guy D. (1997)
Experimental Mathematics
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Israel N. Herstein (1986)
Revista Matemática Iberoamericana
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A well-known theorem due to Kolchin states that a semi-group G of unipotent matrices over a field F can be brought to a triangular form over the field F [4, Theorem H]. Recall that a matrix A is called unipotent if its only eigenvalue is 1, or, equivalently, if the matrix I - A is nilpotent. Many years ago I noticed that this result of Kolchin is an immediate consequence of a too-little known result due to Wedderburn [6]. This result of Wedderburn asserts that if B is a finite...