AbstractLet B∞(X) be the complement of the union of all non-trivial finite-dimensional continua in the infinite-dimensional hereditarily indecomposable continuum X, i.e., the set of Bing points in X. We construct examples showing that for countable-dimensional continua X, the variety of types of B∞(X) is much greater than in the case of the set of Bing points in the finite-dimensional case investigated in [R. Pol, M. Reńska, Preprint]. A hereditarily indecomposable continuum X is constructed such that X is not strongly infinite-dimensional, but B∞(X) has this property
AbstractR∗ is the Stone–Čech remainder of the real line. We prove that every decomposable continuum ...
We study several natural classes and relations occurring in continuum theory from the viewpoint of d...
Examples are given of strongly infinite dimensional compacta where each non-degenerate subcontinuum ...
AbstractLet B∞(X) be the complement of the union of all non-trivial finite-dimensional continua in t...
AbstractThe dimensional structure of hereditarily indecomposable continua is studied. That leads to ...
ABSTRACT. It is proved among other things that every mapping from a subcontinuum of an hereditarily ...
AbstractWe show that there exist rigid hereditarily indecomposable continua which are: (a)n-dimensio...
AbstractR∗ is the Stone–Čech remainder of the real line. We prove that every decomposable continuum ...
The relationship between products of continua and homogeneity properties is fascinating and complex....
The relationship between products of continua and homogeneity properties is fascinating and complex....
A continuum is a connected, compact, metric space. A continuum is decomposable if it is a union of ...
A continuum is a connected, compact, metric space. A continuum is decomposable if it is a union of ...
We study several natural classes and relations occurring in continuum theory from the viewpoint of d...
We study several natural classes and relations occurring in continuum theory from the viewpoint of d...
We study several natural classes and relations occurring in continuum theory from the viewpoint of d...
AbstractR∗ is the Stone–Čech remainder of the real line. We prove that every decomposable continuum ...
We study several natural classes and relations occurring in continuum theory from the viewpoint of d...
Examples are given of strongly infinite dimensional compacta where each non-degenerate subcontinuum ...
AbstractLet B∞(X) be the complement of the union of all non-trivial finite-dimensional continua in t...
AbstractThe dimensional structure of hereditarily indecomposable continua is studied. That leads to ...
ABSTRACT. It is proved among other things that every mapping from a subcontinuum of an hereditarily ...
AbstractWe show that there exist rigid hereditarily indecomposable continua which are: (a)n-dimensio...
AbstractR∗ is the Stone–Čech remainder of the real line. We prove that every decomposable continuum ...
The relationship between products of continua and homogeneity properties is fascinating and complex....
The relationship between products of continua and homogeneity properties is fascinating and complex....
A continuum is a connected, compact, metric space. A continuum is decomposable if it is a union of ...
A continuum is a connected, compact, metric space. A continuum is decomposable if it is a union of ...
We study several natural classes and relations occurring in continuum theory from the viewpoint of d...
We study several natural classes and relations occurring in continuum theory from the viewpoint of d...
We study several natural classes and relations occurring in continuum theory from the viewpoint of d...
AbstractR∗ is the Stone–Čech remainder of the real line. We prove that every decomposable continuum ...
We study several natural classes and relations occurring in continuum theory from the viewpoint of d...
Examples are given of strongly infinite dimensional compacta where each non-degenerate subcontinuum ...