AbstractLet X be a compact metric space with no isolated points. Then we may embed X as a subset of the Hilbert cube Q (X⊂Q) so that the only homeomorphism of X onto itself that extends to a homeomorphism of Q is the identity homeomorphism. Such an embedding is said to be rigid. In fact, there are uncountably many rigid embeddings Xα of X in Q so that for α≠β and any homeomorphism h of Q, h(Xα)∩Xβ is a Z-set in Q and a nowhere dense subset of each of h(Xα) and Xβ
AbstractLet X be separable, completely metrizable, and dense in itself. We show that if X admits a t...
AbstractSuppose X is a locally connected continuum without free arcs. It is known that the hyperspac...
AbstractWe characterize spaces admitting a homotopy dense embedding (= embedding with locally homoto...
AbstractWe make the following remarks. Every boundary set in the Hilbert cube can be reimbedded as a...
AbstractWe construct a rigid subspace X of the real line R such that for all x, y ϵ X there is an em...
AbstractWe study properties of those σZ-sets in the Hilbert cube whose complements are homeomorphic ...
AbstractIt is shown that if H is a connected, locally contractible, separable, topologically complet...
AbstractIt is shown that for each closed subset X of codimension at least three in the Hilbert cube ...
Abstract. By Cld∗F (X), we denote the space of all closed sets in a space X (including the empty set...
AbstractLet X denote a connected, locally path-connected, σ-compact metric space. F(X) is the hypers...
In this note we construct maps between metric separable connected spaces X and Y such that the grap...
AbstractBy Cld∗F(X), we denote the space of all closed sets in a space X (including the empty set ∅)...
AbstractIn this paper we give the hard technical details for the author's recent proof that any cell...
AbstractIn this paper some homeomorphism extension theorems for infinite-dimensional manifolds are r...
AbstractIt is shown that the class of Hilbert cube factors is closed under the operation of taking m...
AbstractLet X be separable, completely metrizable, and dense in itself. We show that if X admits a t...
AbstractSuppose X is a locally connected continuum without free arcs. It is known that the hyperspac...
AbstractWe characterize spaces admitting a homotopy dense embedding (= embedding with locally homoto...
AbstractWe make the following remarks. Every boundary set in the Hilbert cube can be reimbedded as a...
AbstractWe construct a rigid subspace X of the real line R such that for all x, y ϵ X there is an em...
AbstractWe study properties of those σZ-sets in the Hilbert cube whose complements are homeomorphic ...
AbstractIt is shown that if H is a connected, locally contractible, separable, topologically complet...
AbstractIt is shown that for each closed subset X of codimension at least three in the Hilbert cube ...
Abstract. By Cld∗F (X), we denote the space of all closed sets in a space X (including the empty set...
AbstractLet X denote a connected, locally path-connected, σ-compact metric space. F(X) is the hypers...
In this note we construct maps between metric separable connected spaces X and Y such that the grap...
AbstractBy Cld∗F(X), we denote the space of all closed sets in a space X (including the empty set ∅)...
AbstractIn this paper we give the hard technical details for the author's recent proof that any cell...
AbstractIn this paper some homeomorphism extension theorems for infinite-dimensional manifolds are r...
AbstractIt is shown that the class of Hilbert cube factors is closed under the operation of taking m...
AbstractLet X be separable, completely metrizable, and dense in itself. We show that if X admits a t...
AbstractSuppose X is a locally connected continuum without free arcs. It is known that the hyperspac...
AbstractWe characterize spaces admitting a homotopy dense embedding (= embedding with locally homoto...