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As discussed in this thread, there seems to be confusion on whether or not a dimension or realm containing billions of galaxies (which is otherwise Multi-Galactic scale) is enough to be considered universal scale (3-A).
As you all should be aware of, baseline 3-A is the observable universe which is currently considered to contain two trillion galaxies and span over around 93 billion light years. Obviously 2 trillion is considerably greater than "several-billions", so should those realms be considered only Multi-Galactic size? Or, is requiring other-dimensional realities to be outright the exact same size as the observable universe too strict? (keep in mind that billion is used far more than trillion).
For further context, this affects whether or not certain realities can reach Tier 2 as well. Having multiple universe-sized realms outside the normal universe(s)' time-space is generally treated as 2-C and above. It's been decided by the staff that a time-space will not be considered Low 2-C unless it is universal in size. This is why the size of dimensions/realms matters. At a glance, there are a couple verses with realms that are only multi-galactic in size, however, some do have the attribute of being beyond time-space. The issue is we specified "universal" in size, not multi-galactic+.
Last but certainly not least, I am aware the new system's more accurate measurement of dimensional scales (mathematically speaking) makes it clear that multiple 3-A sized realms are still not enough to reach 2-C, since even Low 2-C is uncountably Times greater than High 3-A. However, we are assuming the realms themselves are outside the time-space of normal universes, and again, are universal in size (in layman's terms, comparable to a parallel universe).
TL;DR: How big must a dimension be to be considered universe-sized? Is the upper bound of Multi-Galaxy+ enough? If so, is a dimension containing a multitude of these universe-sizes realms enough to be considered 2-C or above if they are part of their own time-space?
As you all should be aware of, baseline 3-A is the observable universe which is currently considered to contain two trillion galaxies and span over around 93 billion light years. Obviously 2 trillion is considerably greater than "several-billions", so should those realms be considered only Multi-Galactic size? Or, is requiring other-dimensional realities to be outright the exact same size as the observable universe too strict? (keep in mind that billion is used far more than trillion).
For further context, this affects whether or not certain realities can reach Tier 2 as well. Having multiple universe-sized realms outside the normal universe(s)' time-space is generally treated as 2-C and above. It's been decided by the staff that a time-space will not be considered Low 2-C unless it is universal in size. This is why the size of dimensions/realms matters. At a glance, there are a couple verses with realms that are only multi-galactic in size, however, some do have the attribute of being beyond time-space. The issue is we specified "universal" in size, not multi-galactic+.
Last but certainly not least, I am aware the new system's more accurate measurement of dimensional scales (mathematically speaking) makes it clear that multiple 3-A sized realms are still not enough to reach 2-C, since even Low 2-C is uncountably Times greater than High 3-A. However, we are assuming the realms themselves are outside the time-space of normal universes, and again, are universal in size (in layman's terms, comparable to a parallel universe).
TL;DR: How big must a dimension be to be considered universe-sized? Is the upper bound of Multi-Galaxy+ enough? If so, is a dimension containing a multitude of these universe-sizes realms enough to be considered 2-C or above if they are part of their own time-space?
