AbstractAssuming a measurable cardinal exists, we construct a pair of discretely generated spaces whose product fails to be weakly discretely generated. Under the Continuum Hypothesis, a similar result is obtained for a pair of countable Fréchet spaces as well as for two compact discretely generated spaces whose product is not discretely generated. A somewhat weaker example is presented assuming Martin's Axiom for countable posets. Further, the class of strongly discretely generated compacta is shown to preserve discrete generability in products
Say that a cardinal number k is emph{small} relative to the space X if k is smaller than the least c...
It is well known that every non-isolated point in a compact Hausdorff space is the accumulation poin...
AbstractWe construct some examples using trees. Some of them are consistent counterexamples for the ...
AbstractAssuming a measurable cardinal exists, we construct a pair of discretely generated spaces wh...
A topological space X is called discretely generated if for every subset A X we have A = {D : D A ...
A topological space X is called discretely generated if for every subset A X we have A = {D : D A ...
AbstractA space X is discretely generated if for any A⊂X and x∈A¯ there exists a discrete set D⊂A su...
AbstractContinuing the study initiated by Dow, Tkachenko, Tkachuk and Wilson, we prove that countabl...
In [3] the authors initiated a systematic study of the property of a space to be generated by its di...
AbstractA space X is discretely generated if for any A⊂X and x∈A¯ there exists a discrete set D⊂A su...
AbstractOur main result is that the following cardinal arithmetic assumption, which is a slight weak...
Abstract. We give a partial solution to a question by Alas, Junqueria and Wilson by proving that und...
We give several partial positive answers to a question of Juhasz and Szentmiklossy regarding the min...
We give several partial positive answers to a question of Juhasz and Szentmiklossy regarding the min...
Say that a cardinal number k is emph{small} relative to the space X if k is smaller than the least c...
Say that a cardinal number k is emph{small} relative to the space X if k is smaller than the least c...
It is well known that every non-isolated point in a compact Hausdorff space is the accumulation poin...
AbstractWe construct some examples using trees. Some of them are consistent counterexamples for the ...
AbstractAssuming a measurable cardinal exists, we construct a pair of discretely generated spaces wh...
A topological space X is called discretely generated if for every subset A X we have A = {D : D A ...
A topological space X is called discretely generated if for every subset A X we have A = {D : D A ...
AbstractA space X is discretely generated if for any A⊂X and x∈A¯ there exists a discrete set D⊂A su...
AbstractContinuing the study initiated by Dow, Tkachenko, Tkachuk and Wilson, we prove that countabl...
In [3] the authors initiated a systematic study of the property of a space to be generated by its di...
AbstractA space X is discretely generated if for any A⊂X and x∈A¯ there exists a discrete set D⊂A su...
AbstractOur main result is that the following cardinal arithmetic assumption, which is a slight weak...
Abstract. We give a partial solution to a question by Alas, Junqueria and Wilson by proving that und...
We give several partial positive answers to a question of Juhasz and Szentmiklossy regarding the min...
We give several partial positive answers to a question of Juhasz and Szentmiklossy regarding the min...
Say that a cardinal number k is emph{small} relative to the space X if k is smaller than the least c...
Say that a cardinal number k is emph{small} relative to the space X if k is smaller than the least c...
It is well known that every non-isolated point in a compact Hausdorff space is the accumulation poin...
AbstractWe construct some examples using trees. Some of them are consistent counterexamples for the ...