A natural partial order for semigroups

Author:

Mitsch H.

Abstract

A partial order on a semigroup ( S , ) (S, \cdot ) is called natural if it is defined by means of the multiplication of S S . It is shown that for any semigroup ( S , ) (S, \cdot ) the relation a b a \leq b iff a = x b = b y a = xb = by , x a = a xa = a for some x x , y S 1 y \in {S^1} , is a partial order. It coincides with the well-known natural partial order for regular semigroups defined by Hartwig [4] and Nambooripad [10]. Similar relations derived from the natural partial order on the regular semigroup ( T X , ) ({T_X}, \circ ) of all maps on the set X X are investigated.

Publisher

American Mathematical Society (AMS)

Subject

Applied Mathematics,General Mathematics

Reference11 articles.

1. On the compatibility of the natural order on a regular semigroup;Blyth, T. S.;Proc. Roy. Soc. Edinburgh Sect. A,1983

2. On Conrad’s partial order relation on semiprime rings and on semigroups;Burgess, W. D.;Semigroup Forum,1978

3. On left quasinormal orthodox semigroups;Gomes, Gracinda M. S.;Proc. Roy. Soc. Edinburgh Sect. A,1983

4. How to partially order regular elements;Hartwig, Robert E.;Math. Japon.,1980

5. Semigroups under a sandwich operation;Hickey, J. B.;Proc. Edinburgh Math. Soc. (2),1983

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