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Tell me all of them.
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Thought they changed that to needing a hypertimeline.If uncountable infinite amount of Low 2-C structures exist in a multiverse then that can grant you a low 1-C rating.
So if a space-time encompasses an infinite amount of 2-A structures, the space-time would be Low 1-C?not necessarily
hypertimeline is way different from uncountable infinite timelines of MWI
it must be stated and explained to be uncountable infinite and not just infiniteSo if a space-time encompasses an infinite amount of 2-A structures, the space-time would be Low 1-C?
Like not an infinite 2-A structure but an infinite amount of them?it must be stated and explained to be uncountable infinite and not just infinite
No, it should contain an "uncountable infinite" amount of Low 2-C structures for a Low 1-C rating.Like not an infinite 2-A structure but an infinite amount of them?
Low 2-C? What’s the difference between infinite and uncountable infinite?No, it should contain an "uncountable infinite" amount of Low 2-C structures for a Low 1-C rating.
Cardinality of a countable infinite set is aleph-0 whereas any set larger than aleph-0 is considered an uncountable infinite set. In simple words, any set whose numbers can't be put in a one-to-one correspondence with the set of natural numbers is called an uncountable infinite set. An example of an uncountable infinite set is the set of real numbers.Low 2-C? What’s the difference between infinite and uncountable infinite?
So let’s say there is a Dimension and it contains an infinite amount of multiverses and each Multiverse contains an infinite amount of universes. Is that Low 1-C? And if another dimension contains an infinite amount of those dimensions, is that 1-C?Cardinality of a countable infinite set is aleph-0 whereas any set larger than aleph-0 is considered an uncountable infinite set. In simple words, any set whose numbers can't be put in a one-to-one correspondence with the set of natural numbers is called an uncountable infinite set. An example of an uncountable infinite set is the set of real numbers.
That would most likely still be 2-A since it would effectively just be Infinity X Infinity.So let’s say there is a Dimension and it contains an infinite amount of multiverses and each Multiverse contains an infinite amount of universes.
Higher in 2-A I'd say.And if another dimension contains an infinite amount of those dimensions, is that 1-C?
What kind of statements? Does it have to branch out infinitely? Like timelines constantly branch out from each other infinitely.The difference in size you need to get to reach Low 1-C is enormous, so simply putting more infinite together most likely will not suffice. Unless of course there are other statements backing it up.
I think even infinite timelines branching out infinitely would still not be enough. I remember a staff member stating that if all initial infinite timelines branch off with a new set of infinite timelines and these subsequent timelines continues to branch off with new timelines the same way it was before and this infinitely, it could be Low 1-C.What kind of statements? Does it have to branch out infinitely? Like timelines constantly branch out from each other infinitely.
I thought that doesn’t work anymore.An easy way would be to state a dimension encompasses a 2-A world in the same way our Universe encompasses planets
Yeah that’s what I figured.I think even infinite timelines branching out infinitely would still not be enough. I remember a staff member stating that if all initial infinite timelines branch off with a new set of infinite timelines and these subsequent timelines continues to branch off with new timelines the same way it was before and this infinitely, it could be Low 1-C.
It does check my wording, encompassing the universe does to the planet. The difference between the Universe (4-D) and Planets (3-D) is uncountable infiniteI thought that doesn’t work anymore.
So like encompassing a universe to an infinitely small degree is 5D?It does check my wording, encompassing the universe does to the planet. The difference between the Universe (4-D) and Planets (3-D) is uncountable infinite
So... Would something like a higher world encompassing an infinite dimension/Void (That contains countless worlds), with the higher world considering said dimension as "finite" (Direct statement), make the higher world Low 1-C or not?An easy way would be to state a dimension encompasses a 2-A world in the same way our Universe encompasses planets