First we give a necessary and sufficient condition for an abelian lattice ordered group to admit an expansion to a Riesz space (or vector lattice). Then we construct a totally ordered abelian group with two non-isomorphic Riesz space structures, thus improving a previous paper where the example was a non-totally ordered lattice ordered abelian group. This answers a question raised by Conrad in 1975. We give also a partial solution to another problem considered in the same paper. Finally, we apply our results to MV-algebras and Riesz MV-algebras
Several theorems about lattice-ordered groups are analyzed. RCA 0 is sufficient to prove the induced...
Abstract. We give necessary and sufficient conditions for the first-order theory of a finitely prese...
summary:Let $L$, $M$ be Archimedean Riesz spaces and $\Cal L_{b}(L,M)$ be the ordered vector space o...
First we give a necessary and sufficient condition for an abelian lattice ordered group to admit an...
A Riesz structure on a lattice ordered abelian group G is a real vector space structure where the pr...
A Riesz structure on a lattice ordered abelian group G is a real vector space structure where the pr...
A Riesz structure on a lattice ordered abelian group G is a real vector space structure where the pr...
A Riesz structure on a lattice ordered abelian group G is a real vector space structure where the pr...
A Riesz structure on a lattice ordered abelian group G is a real vector space structure where the pr...
A Riesz structure on a lattice ordered abelian group G is a real vector space structure where the pr...
summary:The notion of a partially ordered partial abelian monoid is introduced and extensions of par...
In this paper we answer Open Problem 2 of Goodearl’s book on partially ordered abelian groups in the...
AbstractUp to categorical equivalence,MV-algebras are unit intervals of abelian lattice-ordered grou...
Several theorems about lattice-ordered groups are analyzed. RCA 0 is sufficient to prove the induced...
Several theorems about lattice-ordered groups are analyzed. RCA 0 is sufficient to prove the induced...
Several theorems about lattice-ordered groups are analyzed. RCA 0 is sufficient to prove the induced...
Abstract. We give necessary and sufficient conditions for the first-order theory of a finitely prese...
summary:Let $L$, $M$ be Archimedean Riesz spaces and $\Cal L_{b}(L,M)$ be the ordered vector space o...
First we give a necessary and sufficient condition for an abelian lattice ordered group to admit an...
A Riesz structure on a lattice ordered abelian group G is a real vector space structure where the pr...
A Riesz structure on a lattice ordered abelian group G is a real vector space structure where the pr...
A Riesz structure on a lattice ordered abelian group G is a real vector space structure where the pr...
A Riesz structure on a lattice ordered abelian group G is a real vector space structure where the pr...
A Riesz structure on a lattice ordered abelian group G is a real vector space structure where the pr...
A Riesz structure on a lattice ordered abelian group G is a real vector space structure where the pr...
summary:The notion of a partially ordered partial abelian monoid is introduced and extensions of par...
In this paper we answer Open Problem 2 of Goodearl’s book on partially ordered abelian groups in the...
AbstractUp to categorical equivalence,MV-algebras are unit intervals of abelian lattice-ordered grou...
Several theorems about lattice-ordered groups are analyzed. RCA 0 is sufficient to prove the induced...
Several theorems about lattice-ordered groups are analyzed. RCA 0 is sufficient to prove the induced...
Several theorems about lattice-ordered groups are analyzed. RCA 0 is sufficient to prove the induced...
Abstract. We give necessary and sufficient conditions for the first-order theory of a finitely prese...
summary:Let $L$, $M$ be Archimedean Riesz spaces and $\Cal L_{b}(L,M)$ be the ordered vector space o...