AbstractWe consider the Complex Stone–Weierstrass Property (CSWP), which is the complex version of the Stone–Weierstrass Theorem. If X is a compact subspace of a product of three linearly ordered spaces, then X has the CSWP if and only if X has no subspace homeomorphic to the Cantor set. In addition, every finite power of the double arrow space has the CSWP. These results are proved using some results about those compact Hausdorff spaces which have scattered-to-one maps onto compact metric spaces
AbstractIn this paper we will show that if X is a compactum cleavable over a first-countable scatter...
AbstractThe unital AM-spaces (AM-spaces with strong order unit) CDw(X) are introduced and studied in...
AbstractWe obtain a characterization of all those topological properties of regular Hausdorff spaces...
AbstractThe compact Hausdorff space X has the Complex Stone–Weierstrass Property (CSWP) iff it satis...
The Bishop property ($\symbishop$), introduced recently by K.P. Hart, T. Kochanek and the first-name...
AbstractWe construct a topology on the union of the double arrow space (Cantor set version) and the ...
AbstractThe dissipated spaces form a class of compacta which contains both the scattered compacta an...
AbstractWe show that a known restriction on the cardinalities of closures of subspaces of scattered ...
AbstractWithin the framework of Zermelo–Fraenkel set theory ZF, we investigate the set-theoretical s...
AbstractA compact infinite Hausdorff space X is diversity two if all nonempty clopen subsets are hom...
Let X be a compact metric space and let Y be a non-compact, locally compact metric space. In this pa...
AbstractA space X is said to be completely Hausdorff if C(X), the set of bounded continuous real val...
2 c Ginsburg and Saks have proved that if the power X is countably compact, X is a Hausdorff space, ...
The Cantor Set is a famous topological set developed from an infinite process of starting with the i...
AbstractWe show that it is consistent with ZFC that there exists a compact 0-dimensional Hausdorff s...
AbstractIn this paper we will show that if X is a compactum cleavable over a first-countable scatter...
AbstractThe unital AM-spaces (AM-spaces with strong order unit) CDw(X) are introduced and studied in...
AbstractWe obtain a characterization of all those topological properties of regular Hausdorff spaces...
AbstractThe compact Hausdorff space X has the Complex Stone–Weierstrass Property (CSWP) iff it satis...
The Bishop property ($\symbishop$), introduced recently by K.P. Hart, T. Kochanek and the first-name...
AbstractWe construct a topology on the union of the double arrow space (Cantor set version) and the ...
AbstractThe dissipated spaces form a class of compacta which contains both the scattered compacta an...
AbstractWe show that a known restriction on the cardinalities of closures of subspaces of scattered ...
AbstractWithin the framework of Zermelo–Fraenkel set theory ZF, we investigate the set-theoretical s...
AbstractA compact infinite Hausdorff space X is diversity two if all nonempty clopen subsets are hom...
Let X be a compact metric space and let Y be a non-compact, locally compact metric space. In this pa...
AbstractA space X is said to be completely Hausdorff if C(X), the set of bounded continuous real val...
2 c Ginsburg and Saks have proved that if the power X is countably compact, X is a Hausdorff space, ...
The Cantor Set is a famous topological set developed from an infinite process of starting with the i...
AbstractWe show that it is consistent with ZFC that there exists a compact 0-dimensional Hausdorff s...
AbstractIn this paper we will show that if X is a compactum cleavable over a first-countable scatter...
AbstractThe unital AM-spaces (AM-spaces with strong order unit) CDw(X) are introduced and studied in...
AbstractWe obtain a characterization of all those topological properties of regular Hausdorff spaces...