Given a metric continuum X, we consider the hyperspace Cn(X) of all nonempty closed subsets of X with at most n components. In this paper we prove that if n 6 = 2, X is an indecomposable continuum such that all its proper nondegenerate subcontinua are arcs and Y is a continuum such that Cn(X) is homeomorphic to Cn(Y), then X is homeomorphic to Y (that is, X has unique hyperspace Cn(X))
AbstractLet Z be a metric continuum and n be a positive integer. Let Cn(Z) be the hyperspace of the ...
AbstractFor a metric continuum X, we consider the hyperspaces C(X) and F2(X) of all subcontinua and ...
AbstractFor a continuum X we denote by C(X) the hyperspace of subcontinua of X, metrized by the Haus...
Given a metric continuum X, we consider the hyperspace Cn(X) of all nonempty closed subsets of X wit...
AbstractFor a metric continuum X, let C(X) denote the hyperspace of subcontinua of X. The continuum ...
AbstractFor a metric continuum X, let C(X) denote the hyperspace of subcontinua of X. The continuum ...
summary:Let $X$ be a metric continuum. Let $F_{n}(X)$ denote the hyperspace of nonempty subsets of $...
summary:Let $X$ be a metric continuum. Let $F_{n}(X)$ denote the hyperspace of nonempty subsets of $...
summary:Let $X$ be a metric continuum. Let $F_{n}(X)$ denote the hyperspace of nonempty subsets of $...
AbstractLet X be a (nonempty metric) continuum. By the hyperspace of X we mean C(X)={A:A is a nonemp...
AbstractLet X be a metric continuum and 2x (C(X)) denote the hyperspace of closed subsets (subcontin...
This paper was partially supported by the proyect “Hiperespacios de dendritas locales (118555) ” of ...
Throughout this paper a continuum means a compact connected metric space. Let X be a continuum. By C...
AbstractWe investigate continua with the property that the cone over the continuum is homeomorphic t...
AbstractFor a continuum X we denote by C(X) the hyperspace of subcontinua of X, metrized by the Haus...
AbstractLet Z be a metric continuum and n be a positive integer. Let Cn(Z) be the hyperspace of the ...
AbstractFor a metric continuum X, we consider the hyperspaces C(X) and F2(X) of all subcontinua and ...
AbstractFor a continuum X we denote by C(X) the hyperspace of subcontinua of X, metrized by the Haus...
Given a metric continuum X, we consider the hyperspace Cn(X) of all nonempty closed subsets of X wit...
AbstractFor a metric continuum X, let C(X) denote the hyperspace of subcontinua of X. The continuum ...
AbstractFor a metric continuum X, let C(X) denote the hyperspace of subcontinua of X. The continuum ...
summary:Let $X$ be a metric continuum. Let $F_{n}(X)$ denote the hyperspace of nonempty subsets of $...
summary:Let $X$ be a metric continuum. Let $F_{n}(X)$ denote the hyperspace of nonempty subsets of $...
summary:Let $X$ be a metric continuum. Let $F_{n}(X)$ denote the hyperspace of nonempty subsets of $...
AbstractLet X be a (nonempty metric) continuum. By the hyperspace of X we mean C(X)={A:A is a nonemp...
AbstractLet X be a metric continuum and 2x (C(X)) denote the hyperspace of closed subsets (subcontin...
This paper was partially supported by the proyect “Hiperespacios de dendritas locales (118555) ” of ...
Throughout this paper a continuum means a compact connected metric space. Let X be a continuum. By C...
AbstractWe investigate continua with the property that the cone over the continuum is homeomorphic t...
AbstractFor a continuum X we denote by C(X) the hyperspace of subcontinua of X, metrized by the Haus...
AbstractLet Z be a metric continuum and n be a positive integer. Let Cn(Z) be the hyperspace of the ...
AbstractFor a metric continuum X, we consider the hyperspaces C(X) and F2(X) of all subcontinua and ...
AbstractFor a continuum X we denote by C(X) the hyperspace of subcontinua of X, metrized by the Haus...