AbstractAn example is constructed of a connected locally connected (n–1)-dimensional subgroup X of R with the property that for every homeomorphism g in H(X) there is an h ϵ X such that g(x)=x+h or g(x)=-x+h. The dimension of the space of homeomorphisms H(X) will also be n-1. A new proof of a theorem of Barit and Renaud is also given. In particular, let X be a separable metric space which is either compact or locally connected. If X is uniquely homogeneous, then X is trivial or the group of order two
AbstractWe investigate the question of which homogeneous (zero-dimensional absolute) Borel sets can ...
AbstractA metric space X is called h-homogeneous if IndX=0 and each nonempty open-closed subset of X...
AbstractWe show that if X is one of the real line R or the irrationals P then X can be decomposed in...
AbstractAn example is constructed of a connected locally connected (n–1)-dimensional subgroup X of R...
The following theorem is likely to be of importance in the solution of the problems posed below. The...
The following theorem is likely to be of importance in the solution of the problems posed below. The...
We present simple examples of finite-dimensional connected homogeneous spaces (they are actually to...
It is shown that a connected non-compact metrizable manifold of dimension $\ge 2$ is strongly discre...
Suppose S is a topological space. If, for each two points a and b of S, there is a homeomorphism of ...
Suppose S is a topological space. If, for each two points a and b of S, there is a homeomorphism of ...
AbstractWe show that a homogeneous euclidean neighborhood retract (ENR) X is generalized manifold pr...
AbstractWe construct a compact homogeneous space bH which has a Borel measure μ which knows which se...
AbstractWe determine all locally compact abelian groups with the property that the group of all topo...
In recent years a theorem now known as Effros's theorem has proven to be a very valuable tool t...
In recent years a theorem now known as Effros's theorem has proven to be a very valuable tool t...
AbstractWe investigate the question of which homogeneous (zero-dimensional absolute) Borel sets can ...
AbstractA metric space X is called h-homogeneous if IndX=0 and each nonempty open-closed subset of X...
AbstractWe show that if X is one of the real line R or the irrationals P then X can be decomposed in...
AbstractAn example is constructed of a connected locally connected (n–1)-dimensional subgroup X of R...
The following theorem is likely to be of importance in the solution of the problems posed below. The...
The following theorem is likely to be of importance in the solution of the problems posed below. The...
We present simple examples of finite-dimensional connected homogeneous spaces (they are actually to...
It is shown that a connected non-compact metrizable manifold of dimension $\ge 2$ is strongly discre...
Suppose S is a topological space. If, for each two points a and b of S, there is a homeomorphism of ...
Suppose S is a topological space. If, for each two points a and b of S, there is a homeomorphism of ...
AbstractWe show that a homogeneous euclidean neighborhood retract (ENR) X is generalized manifold pr...
AbstractWe construct a compact homogeneous space bH which has a Borel measure μ which knows which se...
AbstractWe determine all locally compact abelian groups with the property that the group of all topo...
In recent years a theorem now known as Effros's theorem has proven to be a very valuable tool t...
In recent years a theorem now known as Effros's theorem has proven to be a very valuable tool t...
AbstractWe investigate the question of which homogeneous (zero-dimensional absolute) Borel sets can ...
AbstractA metric space X is called h-homogeneous if IndX=0 and each nonempty open-closed subset of X...
AbstractWe show that if X is one of the real line R or the irrationals P then X can be decomposed in...