This logic for why Multipliers don't work for 2-C doesn't make sense

[Pepsimanslover_69]

We don't consider a 2X multiplier for Low 2-C Characters to be 2-C since the distance between one universe and another is unquantifiable, and that's fine.

But this logic doesn't make sense for 2-C, since these characters would already have that distance accounted for in their power(as they destroy two universes and logically the distance between them), so when multiplied shouldn't they get a higher tier? Since they can already cross that distance but now have it multiplied?

 

[DavidTPPM]

Yeah

 

[Excellence616]

We don't consider a 2X multiplier for Low 2-C Characters to be 2-C since the distance between one universe and another is unquantifiable, and that's fine.

But this logic doesn't make sense for 2-C, since these characters would already have that distance accounted for in their power(as they destroy two universes and logically the distance between them), so when multiplied shouldn't they get a higher tier? Since they can already cross that distance but now have it multiplied?

The logic makes sense to me

 

[Jaakor48]

I believe the argument is that, just like there are different distances between galaxies, universes aren't assumed to be of equidistant spaces from each other, and in some cases, it's inaccessible , so just doubling your power won't necessarily mean you can destroy an extra universe

The more universes you have, the greater this issue, unless ofcourse, the distance between two universes in a verse is infinite, then it becomes irrelevant as multipliers would account for infinity (infact this would probably takes them well out of 2c, maybe even low1c). Ofcourse this also brings a problem for standardization, just as we have a standard for standard size to be tierable as low1c

If a verse shows an illustration or a mode showing the universes arrange in neat rows or any similar diagram, or explicitly mentions the distance between universes, multiplier may be able to be used

 

[TheGreatJedi13]

if the multiplier includes range then maybe yes


as multiverse are like sets and you don't get to reach the other by addition or subtractions but rather by breaking out of the set and having range instead

 

[DionicioSB]

it just takes one 3-D universe to consist of infinite length, width, and height, plus a character to destroy the entire universe.