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We prove some generalizations of results
concerning Valdivia compact spaces
(equivalently spaces with a commutative
retractional skeleton) to the spaces
with a retractional skeleton
(not necessarily commutative).
Namely, we show that the dual unit ball
of a Banach space is Corson provided
the dual unit ball of every equivalent
norm has a retractional skeleton.
Another result to be mentioned is the
following. Having a compact space ,
we show that is Corson if and only
if every continuous image...
One of the most celebrated results in the theory of hyperspaces says that if the Vietoris topology on the family of all nonempty closed subsets of a given space is normal, then the space is compact (Ivanova-Keesling-Velichko). The known proofs use cardinality arguments and are long. In this paper we present a short proof using known results concerning Hausdorff uniformities.
We show that a compact space has a dense set of points if it can be covered by countably many Corson countably compact spaces. If these Corson countably compact spaces may be chosen to be dense in , then is even Corson.
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