Journal of the Australian Mathematical Society · 1973 · 13 citations · 10 references
Natural SciencesMathematicsDiscrete MathematicsSet TheoryTopologyCovering SpacesTopological SpacesTychonoff SpacesTychonoff TheoremTychonoff Topology
In 1964 Frink [8] generalized Wallman's method [17] of compactification and asked the question: “Is every Hausdorff compactification of a Tychonoff space a Wallman compactification?”. This problem, which is as yet unsolved, has led to the discovery of a number of necessary and/or sufficient conditions for a Hausdorff compactification to be Wallman; (see Alò and Shapiro [2], [3], Banasĉhewski [6], Njåstad [13] and Steiner [15]). Recently Alò and Shapiro [4], [5] have generalized the Wallman procedure to discuss what they call Z*-realcompact spaces and Z*-realcompactification n(Z) corresponding to a countably productive (c.p.) normal base Z on X. Some further work has been done by Steiner and Steiner [14].
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Rings of Continuous Functions.
E. R. Lorch, Leonard Gillman, Meyer Jerison · American Mathematical Monthly · 1961 · 2.3K citations
Lattices and Topological Spaces
Henry Wallman · Annals of Mathematics · 1938 · 327 citations
Compactifications and Semi-Normal Spaces
Orrin Frink · American Journal of Mathematics · 1964 · 127 citations
Wallman spaces and compactifications
E. F. Steiner · Fundamenta Mathematicae · 1967 · 58 citations · Full text