Patrick Rabau
Patrick Rabau
T497 is redundant. We already know ordinal spaces are LOTS and scattered by the other theorems. Hence totally disconnected. And totally disconnected LOTS are zero-dimensional. More comments later.
(T490) [ordinal ==> locally relatively compact]: Among the various variants of locally compact properties, a strong combination is [weakly locally compact + regular] (= condition (4) in https://en.wikipedia.org/wiki/Locally_compact_space). It is...
(T495) [ordinal + perfectly normal ==> countable]: The argument seems fine, but maybe a little too much for the justification without a reference. (The "General Reference Chart" does not really...
T490: Let me try to explain what my reasoning was. Ordinal spaces are - weakly locally compact (WLC) (P23) - locally compact (P130) - locally relatively compact (P24) WLC is...
(T496) [ordinal + ccc ==> countable]: This seems redundant by T495 combined with [LOTS + ccc ==> perfectly normal] (see https://topology.pi-base.org/spaces?q=lots%2Bccc%2B%7EPerfectly+normal).
Nice cleanup of the redundant traits. Just one file S35|P31 should not have been removed.
Yeah, it seems it would be interesting to add the property, as there are various results in the literature mentioning it, even if not with a special name. @Jianing-Song We...
Sorry, it seems I misrepresented what I wanted to say. I was just noting that spaces that are finite and connected would match the definition of the new property. And...
> Thanks! Yes I am new to github, so I have never done a pull request before, but I would be happy to learn to make one. Awesome! What I...
> Just another thing: In the Math Stack Exchange question cited above (https://math.stackexchange.com/q/6314) it is stated that ... can be found in General Topology by Ryszard Engelking (Thm 6.1.27). Could...