Does transcending a High Hyperversal structure scale to 1-A ?

[VirusOfCheese]

I've been TOLD by someone that it doesn't work like that, but I came here to make sure.

So let's say that there is a hypothetical Multiverse that has infinite dimensions. Or, just, High Hyperversal, and call this Multiverse the [Y] Multiverse. Now, let's put another layer of existence (or whatever you wanna call it) on top of it, which absolutely transcends the Hyperversal Multiverse, and call it the [X] Realm.

Would the [X] Realm be a 1-A structure due to transcending the [Y] Multiverse, which has infinite (spatial) dimensions? If not, what if the [X] Realm dwarfs the [Y] Multiverse to the point where it is viewed as "fiction." Would that change anything at all? If not, why?

Thanks for taking time to read my forum and [hopefully] answering it.

 

[Ben_CleverName]

The tiering system considers High Hyperversal to be equivalent to aleph-0 dimensions (countably infinite). Setting aside the vagueries involved with "transcending" and no further context, the successor to aleph-0 is aleph-1 (technically c but the wiki assumes GCH so yeah), which is the number of dimensions currently required for Low 1-A. Seeing something as fictional is currently treated as N+1 in a sense, so seeing High 1-B as fiction would (as of now) grant Low 1-A.

That being said, the tiering system is famously undergoing revision, and both Low 1-A and 1-A will be redefined, as well as R>F standards. Should [X] Realm have a genuine R>F over [Y] Multiverse post-revisions, that'd be 1-A (not Low 1-A), but not because it's transcending High 1-B, rather because it's R>F, assuming [Y] Multiverse isn't qualitatively inferior to baseline reality.

 

[Gendolfgg1]

No, it will be the usual qualitative superiority over this layer. Roughly speaking, you will remain at the same level, but higher than before. To achieve 1-A, as I understand it, it is necessary that space-time dimensions do not matter to you, and such a character who will possess this level does not necessarily have to "dwarfs", as you put it, an infinite-dimensional multiverse