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Why the spacetime of a place that isn't universe sized doesn't qualify for Low 2-C?

Because Tier 2 doesn't make sense. W!

For most series it would lead to outliers, anyway, though.
 
It really depends on context. Like things can be spatially seprates by still exist in the same 3rd dimensional space and share the same 4th dimension of time. Thus, its like ya know the funny saying "room level." LOL

Though, it's a wholly and completely separate space and time that exist "outside the living "living universe
""

But still room sized...

Then it becomes complicated.............
 
The actual answer is that it's simply the standard the wiki has in place.
Yeah well, that might change in the future.

If I was to guess why, it would be to avoid outliers that come from smaller space-times.
That would actually be incorrect. Outliers were never even a topic of discussion to begin with, nor are they a convincing matter due to how dimensions work, but again, it might be changed in the future. Tier 2 is due for an overhaul.

It really depends on context. Like things can be spatially seprates by still exist in the same 3rd dimensional space and share the same 4th dimension of time. Thus, its like ya know the funny saying "room level." LOL

Though, it's a wholly and completely separate space and time that exist "outside the living "living universe
""

But still room sized...

Then it becomes complicated.............
Or you know, the room is 1mm short of being the full 93.016 billion light-years diameter. It wouldn't be Low 2-C then, just for that 1mm.
 
Yeah well, that might change in the future.


That would actually be incorrect. Outliers were never even a topic of discussion to begin with, nor are they a convincing matter due to how dimensions work, but again, it might be changed in the future. Tier 2 is due for an overhaul.


Or you know, the room is 1mm short of being the full 93.016 billion light-years diameter. It wouldn't be Low 2-C then, just for that 1mm.
I was speaking on specifics.

I thought by standards if there is enough implications of such immense size to suggest that and then it'd stated to have its own time. It's Low 2-C? That's how I interpreted the page at least.

Key phrasing there I'd "implications." Instead of explicit stuff
 
Yeah well, that might change in the future.


That would actually be incorrect. Outliers were never even a topic of discussion to begin with, nor are they a convincing matter due to how dimensions work, but again, it might be changed in the future. Tier 2 is due for an overhaul.


Or you know, the room is 1mm short of being the full 93.016 billion light-years diameter. It wouldn't be Low 2-C then, just for that 1mm.
1mm probably gets covered by margin of error tbf
 
I was speaking on specifics.

I thought by standards if there is enough implications of such immense size to suggest that and then it'd stated to have its own time. It's Low 2-C? That's how I interpreted the page at least.

Key phrasing there I'd "implications." Instead of explicit stuff
That might change sooner or later. But first we gotta deal with the upcoming Transduality overhaul revisions and Marvel Cosmology + Magics revisions. When do those come out? Your guess is as good as mine.

1mm probably gets covered by margin of error tbf
As hilarious as it sounds, nah. It doesn't, from what I've seen.

But it might not matter for long.
 
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It really depends on context. Like things can be spatially seprates by still exist in the same 3rd dimensional space and share the same 4th dimension of time. Thus, its like ya know the funny saying "room level." LOL

Though, it's a wholly and completely separate space and time that exist "outside the living "living universe
""

But still room sized...

Then it becomes complicated.............
I highly doubt that the time room is the size of the Earth, although there are several of them spread across the Universe.

Although in some novels it is mentioned that it is infinite in the Dragon Ball Z novel

 
That always seemed strange to me, why does the size of space-time matter? destroying something four-dimensional should still be infinitely better than destroying something three-dimensional, even if you destroy a small part of that something four-dimensional, in the same way that it is infinitely better to destroy anything three-dimensional (no matter how small) than something two-dimensional for the simple fact that it is infinitely larger.

Although on the other hand, that would make anyone who can manipulate time and space Low 2-C. 😰
 
You are manipulating a 4D structure, not destroying it, this just makes your hax have Low 2-C range
I'm pretty sure that still qualifies as Low 2-C for "significantly affecting."

Tiering System page.

Footnotes​

  1. Jump up to:1.0 1.1 1.2 1.3 1.4 "Significantly affect" is here used as an umbrella term for feats that don't involve direct creation or destruction but are comparable to them in power, such as warping and distorting the entirety of the structure in question, sustaining its existence with energy, merging the structure with another one, etc.
 
I asked this question a long time ago. I asked why the space-time has to be the size of the observable universe, what if it's half the size of the observable universe?

The answer was, that it's an arbitrary rule and the situation that I mentioned was unlikely to come up.
 
Mostly range. In most cases these small spacetime exist within a bigger universe which implies that it is far smaller than a snapshot of a single universe.

In all sense due to how common to portray it like that. For a small dimension spacetime to qualify for low 2-C it would need to fall into a proper requirement which mostly arbitrary requires it to be universal in size to align with how we rate a single spacetime universe.

You can prove a small dimension with spacetime to be low 2-C but the story or verse have to answer contradiction and paradox It present by presenting it to be like that. Which most of the time they do not making us assume a minimal rating which would be the size of the dimension on itself.

Furthermore some small dimension with spacetime sometimes are only because of immersion but in actually they are just paintings, books, image, etc in the real world.
 
Another question; Time is treated as infinite by default right? Should the size of a space with its own unique and specific time dimension matter when the time that services it extends infinitely across?,
 
Another question; Time is treated as infinite by default right? Should the size of a space with its own unique and specific time dimension matter when the time that services it extends infinitely across?,
It doesn't afaik. All baseline Low 2-C feats are equal, because time extends infinitely, irrespective of the spatial size of the universe.
 
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