An embedding theorem for matrices of commutative cancellative semigroups
James Streilein
Abstract
James Streilein
Abstract
In this paper it is shown that each semigroup which is a matrix of commutative cancellative semigroups has a “quotient semigroup” which is a completely simple semigroup with abelian maximal subgroups. This result is proved by explicitly constructing the quotient semigroup. The paper also gives necessary and sufficient conditions for a semigroup of the type being considered in the paper to be isomorphic to a Rees matrix semigroup over a commutative cancellative semigroup. Several special cases and examples are also briefly discussed.
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In this paper it is shown that each semigroup which is a matrix of commutative cancellative semigroups has a “quotient semigroup” which is a completely simple semigroup with abelian maximal subgroups. This result is proved by explicitly constructing the quotient semigroup. The paper also gives necessary and sufficient conditions for a semigroup of the type being considered in the paper to be isomorphic to a Rees matrix semigroup over a commutative cancellative semigroup. Several special cases and examples are also briefly discussed.
Key concepts: Cancellative semigroup, Mathematics, Semigroup, Bicyclic semigroup, Commutative property, Quotient, Pure mathematics, Abelian group