AbstractNew tools are introduced for the study of homogeneous continua. The subcontinua of a given continuum are classified into three types: filament, non-filament, and ample, with ample being a subcategory of non-filament. The richness of the collection of ample subcontinua of a homogeneous continuum reflects where the space lies in the gradation from being locally connected at one extreme to indecomposable at another. Applications are given to the general theory of homogeneous continua and their hyperspaces
ABSTRACT. The principal results of this paper are the following theorems. If X is a homogeneous cont...
Specialized as it might be, continuum theory is one of the most intriguing areas in mathematics. How...
Dedicated to Andrew Lelek on the occasion of his 80th birthday Abstract. We show that every non-dege...
AbstractThis paper applies the concepts introduced in the article: Filament sets and homogeneous con...
The paper is devoted to continuously homogeneous continua. We consider products, hyperspaces and arc...
AbstractWe investigate the structure of the collection of terminal subcontinua in homogeneous contin...
This book is a significant companion text to the existing literature on continuum theory. It opens w...
The study of homogeneity in one-dimensional continua has been an area of significant interest and ac...
AbstractThe study of homogeneous continua has been the most active area of continua theory in the 19...
ABSTRACT. In [5], J. J. Charatonik has the following question: Does homogeneity with respect to the ...
ABSTRACT. A space is homogeneous if for each pair p, q of its points there exists a homeomorphism of...
Throughout this paper a continuum means a compact connected metric space. Let X be a continuum. By C...
AbstractWe investigate the structure of the collection of terminal subcontinua in homogeneous contin...
Abstract. We prove that every homogeneous continuum is an open retract of a non-metric homogeneous i...
AbstractIn this work we consider homogeneous continua X with the property that Ȟ1(X, Z)≠0, construc...
ABSTRACT. The principal results of this paper are the following theorems. If X is a homogeneous cont...
Specialized as it might be, continuum theory is one of the most intriguing areas in mathematics. How...
Dedicated to Andrew Lelek on the occasion of his 80th birthday Abstract. We show that every non-dege...
AbstractThis paper applies the concepts introduced in the article: Filament sets and homogeneous con...
The paper is devoted to continuously homogeneous continua. We consider products, hyperspaces and arc...
AbstractWe investigate the structure of the collection of terminal subcontinua in homogeneous contin...
This book is a significant companion text to the existing literature on continuum theory. It opens w...
The study of homogeneity in one-dimensional continua has been an area of significant interest and ac...
AbstractThe study of homogeneous continua has been the most active area of continua theory in the 19...
ABSTRACT. In [5], J. J. Charatonik has the following question: Does homogeneity with respect to the ...
ABSTRACT. A space is homogeneous if for each pair p, q of its points there exists a homeomorphism of...
Throughout this paper a continuum means a compact connected metric space. Let X be a continuum. By C...
AbstractWe investigate the structure of the collection of terminal subcontinua in homogeneous contin...
Abstract. We prove that every homogeneous continuum is an open retract of a non-metric homogeneous i...
AbstractIn this work we consider homogeneous continua X with the property that Ȟ1(X, Z)≠0, construc...
ABSTRACT. The principal results of this paper are the following theorems. If X is a homogeneous cont...
Specialized as it might be, continuum theory is one of the most intriguing areas in mathematics. How...
Dedicated to Andrew Lelek on the occasion of his 80th birthday Abstract. We show that every non-dege...