Super compactness is a property of topological spaces that generalizes the concept of compactness. A topological space is super compact if every open cover has a finite sub-cover that is "super-refining," meaning that it can be further refined to an open cover with a smaller mesh. Super compactness was first introduced by E. Michael in his paper "A note on paracompact spaces" in 1951. In this paper, Michael introduced the concept of a super-refining open cover and proved that a space is super compact if and only if it is paracompact and has the property that every open cover has a super-refining open cover
summary:We call a topological space $\kappa$-compact if every subset of size $\kappa$ has a complete...
summary:We call a topological space $\kappa$-compact if every subset of size $\kappa$ has a complete...
AbstractWe define a new property acc which is stronger than countable compactness: X is acc if for e...
The aim of this thesis is to understand the constructive scope of compactness. We show that it is po...
The aim of this thesis is to understand the constructive scope of compactness. We show that it is ...
In this paper, the notions of countable S∗-compactness is introduced in L-topological spaces based o...
AbstractA topological space is said to have a restricted compactness property if every cover of it b...
AbstractIf M is an elementary submodel and X a topological space, then XM denotes the set X∩M given ...
Abstract. We present an equivalence between the compactness of a topological space and the compactne...
summary:We get the following result. A topological space is strongly paracompact if and only if for ...
In this short article, I’ll exhibit a direct proof of the compactness theorem with-out making use of...
In this paper, we gave a new topological concept and we called it the open limit point compactness.W...
The notion of near S∗-compactness is introduced in L-topological spaces based on S∗-compactness. Its...
The notion of near S∗-compactness is introduced in L-topological spaces based on S∗-compactness. Its...
AbstractA restrictedness on a topological space X is a collection K of subsets of X, the elements of...
summary:We call a topological space $\kappa$-compact if every subset of size $\kappa$ has a complete...
summary:We call a topological space $\kappa$-compact if every subset of size $\kappa$ has a complete...
AbstractWe define a new property acc which is stronger than countable compactness: X is acc if for e...
The aim of this thesis is to understand the constructive scope of compactness. We show that it is po...
The aim of this thesis is to understand the constructive scope of compactness. We show that it is ...
In this paper, the notions of countable S∗-compactness is introduced in L-topological spaces based o...
AbstractA topological space is said to have a restricted compactness property if every cover of it b...
AbstractIf M is an elementary submodel and X a topological space, then XM denotes the set X∩M given ...
Abstract. We present an equivalence between the compactness of a topological space and the compactne...
summary:We get the following result. A topological space is strongly paracompact if and only if for ...
In this short article, I’ll exhibit a direct proof of the compactness theorem with-out making use of...
In this paper, we gave a new topological concept and we called it the open limit point compactness.W...
The notion of near S∗-compactness is introduced in L-topological spaces based on S∗-compactness. Its...
The notion of near S∗-compactness is introduced in L-topological spaces based on S∗-compactness. Its...
AbstractA restrictedness on a topological space X is a collection K of subsets of X, the elements of...
summary:We call a topological space $\kappa$-compact if every subset of size $\kappa$ has a complete...
summary:We call a topological space $\kappa$-compact if every subset of size $\kappa$ has a complete...
AbstractWe define a new property acc which is stronger than countable compactness: X is acc if for e...