It is known that every remainder of a topological group is Lindelöf or pseudocompact. Motivated by this result, we study in this paper when a topological group G has a normal remainder. In a previous paper we showed that under mild conditions on G, the Continuum Hypothesis implies that if the Cech- Stone remainder G* of G is normal, then it is Lindelof. Here we continue this line of investigation, mainly for the case of precompact groups. We show that no pseudocompact group, whose weight is uncountable but less than, has a normal remainder under MA+-CH. We also show that if a precompact group with a countable network has a normal remainder, then this group is metrizable. We finally show that if Cp(X) has a normal remainder, then X is counta...
AbstractIn this paper, we consider the following question: when does a topological group G have a Ha...
AbstractWe consider the following natural questions: when a topological group G has a first countabl...
AbstractWe show that every Abelian group satisfying a mild cardinal inequality admits a pseudocompac...
summary:It is known that every remainder of a topological group is Lindelöf or pseudocompact. Motiva...
summary:It is known that every remainder of a topological group is Lindelöf or pseudocompact. Motiva...
It is known that every remainder of a topological group is Lindelöf or pseudocompact. Motivated by t...
summary:It is known that every remainder of a topological group is Lindelöf or pseudocompact. Motiva...
summary:We prove a Dichotomy Theorem: for each Hausdorff compactification $bG$ of an arbitrary topol...
We establish estimates on cardinal invariants of an arbitrary non-locally compact topological group ...
summary:We prove a Dichotomy Theorem: for each Hausdorff compactification $bG$ of an arbitrary topol...
summary:We prove a Dichotomy Theorem: for each Hausdorff compactification $bG$ of an arbitrary topol...
AbstractWhen does a Tychonoff space X have a Hausdorff compactification with the remainder belonging...
AbstractWe prove a Dichotomy Theorem: for any Hausdorff compactification bG of an arbitrary rectifia...
It has been established in [7–9] that a non-locally compact topological group G with a first-countab...
summary:In this note we first give a summary that on property of a remainder of a non-locally compac...
AbstractIn this paper, we consider the following question: when does a topological group G have a Ha...
AbstractWe consider the following natural questions: when a topological group G has a first countabl...
AbstractWe show that every Abelian group satisfying a mild cardinal inequality admits a pseudocompac...
summary:It is known that every remainder of a topological group is Lindelöf or pseudocompact. Motiva...
summary:It is known that every remainder of a topological group is Lindelöf or pseudocompact. Motiva...
It is known that every remainder of a topological group is Lindelöf or pseudocompact. Motivated by t...
summary:It is known that every remainder of a topological group is Lindelöf or pseudocompact. Motiva...
summary:We prove a Dichotomy Theorem: for each Hausdorff compactification $bG$ of an arbitrary topol...
We establish estimates on cardinal invariants of an arbitrary non-locally compact topological group ...
summary:We prove a Dichotomy Theorem: for each Hausdorff compactification $bG$ of an arbitrary topol...
summary:We prove a Dichotomy Theorem: for each Hausdorff compactification $bG$ of an arbitrary topol...
AbstractWhen does a Tychonoff space X have a Hausdorff compactification with the remainder belonging...
AbstractWe prove a Dichotomy Theorem: for any Hausdorff compactification bG of an arbitrary rectifia...
It has been established in [7–9] that a non-locally compact topological group G with a first-countab...
summary:In this note we first give a summary that on property of a remainder of a non-locally compac...
AbstractIn this paper, we consider the following question: when does a topological group G have a Ha...
AbstractWe consider the following natural questions: when a topological group G has a first countabl...
AbstractWe show that every Abelian group satisfying a mild cardinal inequality admits a pseudocompac...