2011Discussiones Mathematicae - General Algebra and ApplicationsOpen access

The rings which are Boolean

Ivan Chajda, Filip Švrček

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Abstract

We study unitary rings of characteristic 2 satisfying identity x p = x for some natural number p. We characterize several infinite families of these rings which are Boolean, i.e., every element is idempotent. For example, it is in the case if p = 2 n -2 or p = 2 n -5 or p = 2 n + 1 for a suitable natural number n. Some other (more general) cases are solved for p expressed in the form 2 q + 2m + 1 or 2 q + 2m where q is a natural number and m {1, 2, . . . , 2 q -1}.

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We study unitary rings of characteristic 2 satisfying identity x p = x for some natural number p. We characterize several infinite families of these rings which are Boolean, i.e., every element is idempotent. For example, it is in the case if p = 2 n -2 or p = 2 n -5 or p = 2 n + 1 for a suitable natural number n. Some other (more general) cases are solved for p expressed in the form 2 q + 2m + 1 or 2 q + 2m where q is a natural number and m {1, 2, . . . , 2 q -1}.

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Available abstract

We study unitary rings of characteristic 2 satisfying identity x p = x for some natural number p. We characterize several infinite families of these rings which are Boolean, i.e., every element is idempotent. For example, it is in the case if p = 2 n -2 or p = 2 n -5 or p = 2 n + 1 for a suitable natural number n. Some other (more general) cases are solved for p expressed in the form 2 q + 2m + 1 or 2 q + 2m where q is a natural number and m {1, 2, . . . , 2 q -1}.

Key concepts: Mathematics, Idempotence, Combinatorics, Natural number, Unitary state, Complete Boolean algebra, Boolean ring, Free Boolean algebra

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