An Abelian topological group G is strongly reflexive if every closed subgroup and every Hausdorff quotient of G and of its dual group G^, is reflexive. In this paper we prove the following: the annihilator of a closed subgroup of an almost metrizable group is topologically isomorphic to the dual of the corresponding Hausdorff quotient, and an analogous statement holds for the character group of the starting group. As a consequence of this perfect duality, an almost metrizable group is strongly reflexive just if its Hausdorff quotients, as well as the Hausdorff quotients of its dual, are reflexive. The simplification obtained may be significant from an operative point of view
A reflexive topological group G is called strongly reflexive if each closed subgroup and each Hausd...
AbstractA number of attempts to extend Pontryagin duality theory to categories of groups larger than...
We present a series of examples of nondiscrete reflexive P-groups (i.e., groups in which all G -set...
An Abelian topological group G is strongly reflexive if every closed subgroup and every Hausdorff qu...
An Abelian topological group G is strongly reflexive if every closed subgroup and every Hausdorff qu...
An Abelian topological group G is strongly reflexive if every closed subgroup and every Hausdorff qu...
[EN] An Abelian topological group G is strongly reflexive if every closed subgroup and every Hausdor...
summary:A reflexive topological group $G$ is called strongly reflexive if each closed subgroup and e...
A reflexive topological group G is called strongly reflexive if each closed sub-group and each Hausd...
A reflexive topological group G is called strongly reflexive if each closed sub-group and each Hausd...
The Pontryagin duality theorem for locally compact abelian groups has been the starting point for ma...
summary:A reflexive topological group $G$ is called strongly reflexive if each closed subgroup and e...
A reflexive topological group G is called strongly reflexive if each closed subgroup and each Hausd...
summary:A reflexive topological group $G$ is called strongly reflexive if each closed subgroup and e...
AbstractThe Pontryagin duality theorem for locally compact abelian groups (briefly, LCA groups) has ...
A reflexive topological group G is called strongly reflexive if each closed subgroup and each Hausd...
AbstractA number of attempts to extend Pontryagin duality theory to categories of groups larger than...
We present a series of examples of nondiscrete reflexive P-groups (i.e., groups in which all G -set...
An Abelian topological group G is strongly reflexive if every closed subgroup and every Hausdorff qu...
An Abelian topological group G is strongly reflexive if every closed subgroup and every Hausdorff qu...
An Abelian topological group G is strongly reflexive if every closed subgroup and every Hausdorff qu...
[EN] An Abelian topological group G is strongly reflexive if every closed subgroup and every Hausdor...
summary:A reflexive topological group $G$ is called strongly reflexive if each closed subgroup and e...
A reflexive topological group G is called strongly reflexive if each closed sub-group and each Hausd...
A reflexive topological group G is called strongly reflexive if each closed sub-group and each Hausd...
The Pontryagin duality theorem for locally compact abelian groups has been the starting point for ma...
summary:A reflexive topological group $G$ is called strongly reflexive if each closed subgroup and e...
A reflexive topological group G is called strongly reflexive if each closed subgroup and each Hausd...
summary:A reflexive topological group $G$ is called strongly reflexive if each closed subgroup and e...
AbstractThe Pontryagin duality theorem for locally compact abelian groups (briefly, LCA groups) has ...
A reflexive topological group G is called strongly reflexive if each closed subgroup and each Hausd...
AbstractA number of attempts to extend Pontryagin duality theory to categories of groups larger than...
We present a series of examples of nondiscrete reflexive P-groups (i.e., groups in which all G -set...