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
In this expository paper it is shown that Martin's Axiom and the negation of the Continuum Hypothesi...
AbstractWe consider independence results concerning two topological problems. First, a space is defi...
AbstractWe give a simple example of a Fréchet space and a metrizable space whose product is not sequ...
In [3] the authors initiated a systematic study of the property of a space to be generated by its di...
AbstractAssuming a measurable cardinal exists, we construct a pair of discretely generated spaces wh...
AbstractA space X is discretely generated if for any A⊂X and x∈A¯ there exists a discrete set D⊂A su...
Abstract. We give a partial solution to a question by Alas, Junqueria and Wilson by proving that und...
A topological space X is called discretely generated if for every subset A X we have A = {D : D A ...
AbstractContinuing the study initiated by Dow, Tkachenko, Tkachuk and Wilson, we prove that countabl...
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...
Summary. A topological space X is called almost discrete if every open subset of X is closed; equiva...
AbstractOur main result is that the following cardinal arithmetic assumption, which is a slight weak...
Summary. A topological space X is called almost discrete if every open subset of X is closed; equiva...
In this expository paper it is shown that Martin's Axiom and the negation of the Continuum Hypothesi...
AbstractWe consider independence results concerning two topological problems. First, a space is defi...
AbstractWe give a simple example of a Fréchet space and a metrizable space whose product is not sequ...
In [3] the authors initiated a systematic study of the property of a space to be generated by its di...
AbstractAssuming a measurable cardinal exists, we construct a pair of discretely generated spaces wh...
AbstractA space X is discretely generated if for any A⊂X and x∈A¯ there exists a discrete set D⊂A su...
Abstract. We give a partial solution to a question by Alas, Junqueria and Wilson by proving that und...
A topological space X is called discretely generated if for every subset A X we have A = {D : D A ...
AbstractContinuing the study initiated by Dow, Tkachenko, Tkachuk and Wilson, we prove that countabl...
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...
Summary. A topological space X is called almost discrete if every open subset of X is closed; equiva...
AbstractOur main result is that the following cardinal arithmetic assumption, which is a slight weak...
Summary. A topological space X is called almost discrete if every open subset of X is closed; equiva...
In this expository paper it is shown that Martin's Axiom and the negation of the Continuum Hypothesi...
AbstractWe consider independence results concerning two topological problems. First, a space is defi...
AbstractWe give a simple example of a Fréchet space and a metrizable space whose product is not sequ...