AbstractStably compact spaces are a natural generalization of compact Hausdorff spaces in the T0 setting. They have been studied intensively by a number of researchers and from a variety of standpoints.In this paper we let the morphisms between stably compact spaces be certain “closed relations” and study the resulting categorical properties. Apart from extending ordinary continuous maps, these morphisms have a number of pleasing properties, the most prominent, perhaps, being that they correspond to preframe homomorphisms on the localic side. We exploit this Stone-type duality to establish that the category of stably compact spaces and closed relations has bilimits
AbstractIt is well known that, although the category of topological spaces is not Cartesian closed, ...
(compact Hausdorff zero-dimensional spaces) and continuous maps. De Vries [12] generalized Stone dua...
It is well known that, although the category of topological spaces is not Cartesian closed, it posse...
AbstractStably compact spaces are a natural generalization of compact Hausdorff spaces in the T0 set...
AbstractWe construct a canonical extension for strong proximity lattices in order to give an algebra...
AbstractThis note presents a concrete representation of stably compact spaces. This is used to give ...
The purpose of this paper is to develop the basic theory of stably compact spaces (viz. compact, loc...
The category SCFrU of stably continuous frames and preframe ho-momorphisms (preserving ¯nite meets a...
This thesis extends the concept of compactifications of topological spaces to a setting where spaces...
AbstractThe category SCFrU of stably continuous frames and preframe homomorphisms (preserving finite...
We propose a compactification of the moduli space of Bridgeland stability conditions of a triangulat...
AbstractThe concept of “category of structured sets with closure operator” provides a natural settin...
AbstractA topological space X is compact iff the projection π:X×Y→Y is closed for any space Y. Takin...
AbstractThe patch topology on a stably compact space, generalizing the Lawson topology on a domain, ...
AbstractWe obtain a characterization of all those topological properties of regular Hausdorff spaces...
AbstractIt is well known that, although the category of topological spaces is not Cartesian closed, ...
(compact Hausdorff zero-dimensional spaces) and continuous maps. De Vries [12] generalized Stone dua...
It is well known that, although the category of topological spaces is not Cartesian closed, it posse...
AbstractStably compact spaces are a natural generalization of compact Hausdorff spaces in the T0 set...
AbstractWe construct a canonical extension for strong proximity lattices in order to give an algebra...
AbstractThis note presents a concrete representation of stably compact spaces. This is used to give ...
The purpose of this paper is to develop the basic theory of stably compact spaces (viz. compact, loc...
The category SCFrU of stably continuous frames and preframe ho-momorphisms (preserving ¯nite meets a...
This thesis extends the concept of compactifications of topological spaces to a setting where spaces...
AbstractThe category SCFrU of stably continuous frames and preframe homomorphisms (preserving finite...
We propose a compactification of the moduli space of Bridgeland stability conditions of a triangulat...
AbstractThe concept of “category of structured sets with closure operator” provides a natural settin...
AbstractA topological space X is compact iff the projection π:X×Y→Y is closed for any space Y. Takin...
AbstractThe patch topology on a stably compact space, generalizing the Lawson topology on a domain, ...
AbstractWe obtain a characterization of all those topological properties of regular Hausdorff spaces...
AbstractIt is well known that, although the category of topological spaces is not Cartesian closed, ...
(compact Hausdorff zero-dimensional spaces) and continuous maps. De Vries [12] generalized Stone dua...
It is well known that, although the category of topological spaces is not Cartesian closed, it posse...