AbstractThe status of the Baire Category Theorem in ZF (i.e., Zermelo–Fraenkel set theory without the Axiom of Choice) is investigated.Typical results:1. The Baire Category Theorem holds for compact pseudometric spaces.2. The Axiom of Countable Choice is equivalent to the Baire Category Theorem for countable products of compact pseudometric spaces.3. The Axiom of Dependent Choice is equivalent to the Baire Category Theorem for countable products of compact Hausdorff spaces.4. The Baire Category Theorem for B -compact regular spaces is equivalent to the conjunction of the Axiom of Dependent Choice and the Weak Ultrafilter Theorem
In set theory, the Axiom of Choice (AC) was formulated in 1904 by Ernst Zermelo. It is an addition ...
AbstractIn this paper it is studied the role of the axiom of choice in some theorems in which the co...
Summary. As application of complete metric space, we proved a Baire’s category theorem. Then we defi...
AbstractThe status of the Baire Category Theorem in ZF (i.e., Zermelo–Fraenkel set theory without th...
summary:In ZF (i.e., Zermelo-Fraenkel set theory without the Axiom of Choice) the following statemen...
AbstractIn the realm of pseudometric spaces the role of choice principles is investigated. In partic...
The standard proofs of the Baire category theorem for complete metric spaces (for compact Hausdorff ...
We show that in {bf ZF} set theory without choice, the Ultrafilter mbox{Principle} ({bf UP}) is equi...
In this thesis we give an exposition of the notion of category and the Baire category theorem as a s...
Abstract. It is a well established fact that in Zermelo-Fraenkel set theory, Ty-chonoff’s Theorem, t...
AbstractThe notion of a set's depending on a given coordinate in a product space is briefly develope...
We propose an extension of Aczel's constructive set theory CZF by an axiom for inductive types and a...
We show that if a product space Π has countable cellularity, then a dense subspace X of Π is Baire p...
The formulation of the Baire category theorem found in most elementary topology texts deals with two...
summary:Many fundamental mathematical results fail in {\bf{ZF}}, i.e., in Zermelo-Fraenkel set theor...
In set theory, the Axiom of Choice (AC) was formulated in 1904 by Ernst Zermelo. It is an addition ...
AbstractIn this paper it is studied the role of the axiom of choice in some theorems in which the co...
Summary. As application of complete metric space, we proved a Baire’s category theorem. Then we defi...
AbstractThe status of the Baire Category Theorem in ZF (i.e., Zermelo–Fraenkel set theory without th...
summary:In ZF (i.e., Zermelo-Fraenkel set theory without the Axiom of Choice) the following statemen...
AbstractIn the realm of pseudometric spaces the role of choice principles is investigated. In partic...
The standard proofs of the Baire category theorem for complete metric spaces (for compact Hausdorff ...
We show that in {bf ZF} set theory without choice, the Ultrafilter mbox{Principle} ({bf UP}) is equi...
In this thesis we give an exposition of the notion of category and the Baire category theorem as a s...
Abstract. It is a well established fact that in Zermelo-Fraenkel set theory, Ty-chonoff’s Theorem, t...
AbstractThe notion of a set's depending on a given coordinate in a product space is briefly develope...
We propose an extension of Aczel's constructive set theory CZF by an axiom for inductive types and a...
We show that if a product space Π has countable cellularity, then a dense subspace X of Π is Baire p...
The formulation of the Baire category theorem found in most elementary topology texts deals with two...
summary:Many fundamental mathematical results fail in {\bf{ZF}}, i.e., in Zermelo-Fraenkel set theor...
In set theory, the Axiom of Choice (AC) was formulated in 1904 by Ernst Zermelo. It is an addition ...
AbstractIn this paper it is studied the role of the axiom of choice in some theorems in which the co...
Summary. As application of complete metric space, we proved a Baire’s category theorem. Then we defi...