Unreduced Generalized Endoprimal Abelian Groups
Oleg Vladimirovich Ljubimtsev
Abstract
Oleg Vladimirovich Ljubimtsev
Abstract
An endofunction on an Abelian group A is a fonction f: A n → A such that φf ( x 1 , …, x n ) = f ( φ ( x 1 ), …, φ ( x n )) for all endomorphisms φ of group A and all n from ℕ. If each endofunction has the form \(f\left(x_{1}, \ldots, x_{n}\right)=\sum\nolimits_{i=1}^{n} \lambda_{i} x_{i}\) for some central endomorphisms λ 1 , …, λ n of group A , then such a group is called generalized endoprimal ( GE ) group. In this paper, we find GE -groups in the class of nonreduced Abelian groups. In addition, results paper, we find GE-group in the class of nonreduced Abelian groups. In addition, results concerning connections of GE -groups with Abelian groups whose endomorphism rings are unique addition rings have been obtained.
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An endofunction on an Abelian group A is a fonction f: A n → A such that φf ( x 1 , …, x n ) = f ( φ ( x 1 ), …, φ ( x n )) for all endomorphisms φ of group A and all n from ℕ. If each endofunction has the form \(f\left(x_{1}, \ldots, x_{n}\right)=\sum\nolimits_{i=1}^{n} \lambda_{i} x_{i}\) for some central endomorphisms λ 1 , …, λ n of group A , then such a group is called generalized endoprimal ( GE ) group. In this paper, we find GE -groups in the class of nonreduced Abelian groups. In addition, results paper, we find GE-group in the class of nonreduced Abelian groups. In addition, results concerning connections of GE -groups with Abelian groups whose endomorphism rings are unique addition rings have been obtained.
Key concepts: Endomorphism, Abelian group, Mathematics, Group (periodic table), Elementary abelian group, Pure mathematics, Rank of an abelian group, Combinatorics