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Tier 2A : eternal/infinite timeline addition.

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In terms of volume, one infinite timeline has the same 4-volume as an infinite number of finite timelines, yes. In fact, it also has the same 4-volume as an infinite number of infinite timelines. It's hard to explain without getting into complex mathematical details, but essentially, if you already have an object with a volume of ∞, adding anything more to it would still just leave it at ∞. The only way to get bigger than that, in strict mathematical terms, is to go to a higher dimension: a finite 5-measure has infinite 4-volume, but an infinite 4-measure has zero 5-volume.

However, in my view, taking this at face value is problematic because if we decide that being bigger than a High 3-A structure is Low 2-C by default, for instance, then that would also imply that being stronger than a High 3-A character is Low 2-C by default. While both of these make sense under real-life physics, they're unintuitive from a power-scaling perspective and also aren't part of how fiction usually does things, so I'd personally be inclined to handwave them for the same reasons we overlook cosmic-tier characters not destroying the entire setting just by doing anything when the laws of physics say they should, FTL speeds being common despite our current standard model not allowing for superluminal velocity, etc.
 
However, in my view, taking this at face value is problematic because if we decide that being bigger than a High 3-A structure is Low 2-C by default, for instance, then that would also imply that being stronger than a High 3-A character is Low 2-C by default.
In terms of structure, I agree that being bigger than high 3a structure would means it's of Aleph 1 size but it wouldn't be low 2c going with our tiering system that states that "All of past, present and future" need to be oliberated and reasoning behind it given by Ultima was that I don't like idea of having knife and cutting the bread or something, was quite unsatisfactory but fine.
Coming to the other point characters can have same Tier and still vary greatly in power. So I don't think that would affect it.
 
And if we don't specify that infinite sized timeline along time axis is 2a not Low 2c then that would mean that we are literally scaling tier low 2c = tier 2a for this case.

For example: if one destroys 1 finite sized building then that would be building lvl, let's assume building lvl here is low 2c. And so if one destroys infinite number of finite buildings that would be high 3a, let's assume it to be 2a. But we can get later result even if we destroy 1 building of infinite size and hence it would be 2a.
 
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I don't know if how we handled it changed with Ultima's Tiering Revision, but in the past multiverse level was treated as extremely low 5D, for destroying 3+1D spacetimes over some unquantified distance across an additional axis which spans up the multiverse.
In that sense, an infinite timeline, being just 4D, is still infinitely smaller than low-end multiverse level. (it's kinda similar to how Solar System level is higher than the GBE of the sun and all planets combined in that respect)

To that comes that all (or all the most popular) physical theories regarding the future development of the universe predict no end to time. So our default spacetime continuum has infinite future anyway.
 
I don't know if how we handled it changed with Ultima's Tiering Revision, but in the past multiverse level was treated as extremely low 5D, for destroying 3+1D spacetimes over some unquantified distance across an additional axis which spans up the multiverse.
Then it makes sense but just left with a question, would it be affecting that 5d space or just it's having a 5d range? Because if the later then it wouldn't be AP.
In that sense, an infinite timeline, being just 4D, is still infinitely smaller than low-end multiverse level. (it's kinda similar to how Solar System level is higher than the GBE of the sun and all planets combined in that respect)
Aaahh, ummm, if I am not getting it wrong, is it that when distances between things taken into account while scaling to that particular tier? Like destroying two galaxies that stick together (no gap) would be different than destroying two galaxies with the default distance they have...
 
And shouldn't it be taken into account while discussing tier 2c or 2b in the upcoming tier 2 revision as when I was reading the ongoing tier 2 revisions I seen that it was only focused space and time, multiversal axis wasn't even taken into account for a part of discussion when it's playing this big role in here. That made it feel like spacetime is the only thing matter.
 
Characters who can affect, create and/or destroy the entirety of spaces whose size corresponds to one to two higher levels of infinity greater than a standard universal model (Low 2-C structures, in plain English.) In terms of "dimensional" scale, this can be equated to 5 and 6-dimensional real coordinate spaces (R ^ 5 to R ^ 6)
and it would be low 1c to be even be capable of affecting 5d structure 🗿
 
Then it makes sense but just left with a question, would it be affecting that 5d space or just it's having a 5d range? Because if the later then it wouldn't be AP.
Would be affecting 5D space.

Aaahh, ummm, if I am not getting it wrong, is it that when distances between things taken into account while scaling to that particular tier? Like destroying two galaxies that stick together (no gap) would be different than destroying two galaxies with the default distance they have...
Yeah, basically. Which is actually one argument one can make as to why stuff like destroying 8 timelines fused into 1 wouldn't be multiversal.
 
I guess that then multiversal+ or 2a rather than just being limited to infinite number of timelines, is actually equals to power set of Infinite numbers of low 2c structure. If it's range is going over 5d distance then no doubt that number of timelines that can be affected by this is actually of aleph 1 numbers of timelines. Just like destroying 2 galaxies with default distance between them would equate to destroying Uncountable galaxies stick together.
 
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The explanation given by donttalkdt can satisfy the needs required for 2a to be greater than infinite sized low 2c, but won't it cause a no boundaries between Low 1c and 2a?
tenor.gif

We should remove 5d from Low 1c then after all what's the point of having same thing in 2different tiers that vary greatly in what they mean.
 
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However, in my view, taking this at face value is problematic because if we decide that being bigger than a High 3-A structure is Low 2-C by default, for instance, then that would also imply that being stronger than a High 3-A character is Low 2-C by default.
I mean, being bigger in size =/= being stronger than a character in the existential sense. They'd just be a stronger High 3-A character. Not sure where the "Stronger than High 3-A = Low 2-C" logic came from.

Being bigger here is also referring to a state of existence, like, higher level of existence/superiority and whatnot.

Being stronger than a High 3-A character doesn't necessarily mean you also exist one level of existence above them.
 
The explanation given by donttalkdt can satisfy the needs required for 2a to be greater than infinite sized low 2c, but won't it cause a no boundaries between Low 1c and 2a?
tenor.gif

We should remove 5d from Low 1c then after all what's the point of having same thing in 2different tiers that vary greatly in what they mean.
Infinite multiverse would still be 5D on an insignificant scale (you can cram infinite 3+1D timelines into an arbitrarily, but not infinitely, small 5D volume). Meanwhile Low 1-C starts at 5D power of significant magnitude.

So there is a significant difference.
 
Infinite multiverse would still be 5D on an insignificant scale (you can cram infinite 3+1D timelines into an arbitrarily, but not infinitely, small 5D volume). Meanwhile Low 1-C starts at 5D power of significant magnitude.
But if I am understanding it right that tier 2 division is based of the additional dimensional axis which spans the multiverse that would mean we have Tier 2c, Tier 2B, Tier 2a all in that insignificant 5d structure which I suppose logical to say that it's Limit tends to 0, but then division among them itself will be very vague and given that limits tends to 0 is still not 0 but has some values that are insignificant, it's still one lvl higher infinity than low 2c structure that fullfills the requirements demanded for Low 1c.
 
However small 5D volume still > 4D no???
Yes, but you should not misunderstand what DT said. What they meant is that you can fit an infinite number of 3+1D timelines inside a 5D hypervolume that is not infinitely small, but merely insignificant. 2-A also takes into account the distance between space-time continuums.
 
Given this, there shouldn't be any reason to revise tier 2 from after tier 2c as it's already metaphysical to 5d structures even if it's insignificant 5d structure still are of aleph 1 sized 4d structure. What revision we even gonna do? Making it strict to 4d spacetime? When it's level of distruction is already far above it.
 
Infinite multiverse would still be 5D on an insignificant scale (you can cram infinite 3+1D timelines into an arbitrarily, but not infinitely, small 5D volume). Meanwhile Low 1-C starts at 5D power of significant magnitude.

So there is a significant difference.
Wait a second, even if it is insignificant, this is still 5D. What?
 
Could you summarize what the OP is trying to say for those not understanding lol

Thank you
That would take another few pages got filled up, in short for all, op is proposing. Infinite timeline along time axis = 2a but we have it under tier 2c, and so far there is no logical explanation that separating them. That's all. For everyone. Please comment any further if you have understood the OP and have knowledge of tier 2 and transfinite numbers as it will cause thread got messed up.
 
Alright. The main sole of this thread is that:

Above baseline 2A = finite 5D which is still bigger than 4D volume in any prospect. But low 1-C is only infinite 5D. There is a tier missing in between.
In Wiki standards, every 5D volume/space (even if it is infinite or not) will be low 1-C. But finite 5D is treated as lower than 2-tier, which is what we are discoursing right now. You can fit an infinite number of 3+1D timelines inside a 5D hypervolume that is not infinitely small, but merely insignificant. 2-A also takes into account the distance between space-time continuums. On another side, Infinite timeline along the time axis = 2A but is also treated as under tier 2-C (which is actually wrong since the Yhwach 2-A range got upgraded, for this reason, I don't from where you get this source from)
 
2-A also takes into account the distance between space-time continuums. On another side, Infinite timeline along the time axis = 2A but is also treated as under tier 2-C (which is actually wrong since the Yhwach 2-A range got upgraded, for this reason, I don't from where you get this source from)
If you look above to kingpin explaination, you'll see that he has also agreed and has explained the op but has suggested his concern as to why he don't like this idea, not that it is wrong and I and klol have suggested that why that concern doesn't affect the op at all, so op is right unless one is to include insignificant 5d structure but that would cause vaguely no difference in all of tier 2 divisions except of low 2c as all of them are present in the insignificant 5d axis and will also cause removal 5d structure from low 1c.
So this far there is nothing to say to the op at all. No conclusion.
 
Alright. The main sole of this thread is that:

Above baseline 2A = finite 5D which is still bigger than 4D volume in any prospect. But low 1-C is only infinite 5D. There is a tier missing in between.
In Wiki standards, every 5D volume/space (even if it is infinite or not) will be low 1-C. But finite 5D is treated as lower than 2-tier, which is what we are discoursing right now. You can fit an infinite number of 3+1D timelines inside a 5D hypervolume that is not infinitely small, but merely insignificant. 2-A also takes into account the distance between space-time continuums. On another side, Infinite timeline along the time axis = 2A but is also treated as under tier 2-C (which is actually wrong since the Yhwach 2-A range got upgraded, for this reason, I don't from where you get this source from)
This should be put into the OP as it's a good summary for staff to see.
 
pissed-off-anime.gif

So will it be discussed so that it can reach a conclusion? Not should more staff members give their opinions?
 
I don't know if how we handled it changed with Ultima's Tiering Revision, but in the past multiverse level was treated as extremely low 5D, for destroying 3+1D spacetimes over some unquantified distance across an additional axis which spans up the multiverse.
In that sense, an infinite timeline, being just 4D, is still infinitely smaller than low-end multiverse level. (it's kinda similar to how Solar System level is higher than the GBE of the sun and all planets combined in that respect)

To that comes that all (or all the most popular) physical theories regarding the future development of the universe predict no end to time. So our default spacetime continuum has infinite future anyway.
Not a staff member, but that is technically 5D being Low 1C. Also that was removed later on since I can not see this as being 2A as that we used to have High 2A in the old tiering system before the Tiering System revision threads landed

This shouldn’t even been applied. Also it does seems misleading as it is technically 5D regardless
 
Also here is the link to the old Tiering system in question:

 
Also here is the link to the old Tiering system in question:

Thanx for this and oh man going with this the only difference between destroying infinite timeline and 2a sized timeline is that the later one is alinged in a 5d axis and so 5d range is needed.
But high 2a is clear cut low 1c of today.
Don't get me wrong but I am feeling like we should merge 2a and 2c into one as differing them is quite shaking my brain at this point.
 
To all aside timeline shouldn't be taken infinite by default as there is something like big crunch which happens because of decay of dark energy over time causes universe to callapse, an opposite of cosmic inflation which spans the universe in all directions as shown in this article .
A simple verse that follows this rule is gurren lagann where it was mentioned that spiral force/ dark energy will cause the universe to it's end. And it's not the only one and so should have to be specified.
In that same article you linked, it is mentioned to being a theory.


Nothing about this theory is controversial or implausible, Gary Hinshaw, a professor of physics and astronomy at the University of British Columbia who was not involved in the study, told Live Science. However, because the model hinges on past observations of expansion alone — and because the present nature of dark energy in the universe is such a mystery — the predictions in this paper are currently impossible to test. For now, they can only remain theories.”
Thanx for this and oh man going with this the only difference between destroying infinite timeline and 2a sized timeline is that the later one is alinged in a 5d axis and so 5d range is needed.
But high 2a is clear cut low 1c of today.
Don't get me wrong but I am feeling like we should merge 2a and 2c into one as differing them is quite shaking my brain at this point.

I think this just overthinking the matter. The most simple thing is that it is still 4D, the only significant differences is the infinite number of timelines, worlds (parallel worlds), universes, and so on while 2C is simply 4D finite number of universes/timelines/worlds as well as other cosmological related jargon.
 
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In that same article you linked, it is mentioned to being a theory.


Nothing about this theory is controversial or implausible, Gary Hinshaw, a professor of physics and astronomy at the University of British Columbia who was not involved in the study, told Live Science. However, because the model hinges on past observations of expansion alone — and because the present nature of dark energy in the universe is such a mystery — the predictions in this paper are currently impossible to test. For now, they can only remain theories.”


I think this just overthinking the matter. The most simple thing is that it is still 4D, the only significant differences is the infinite number of timelines, worlds (parallel worlds), universes, and so on while 2C is simply 4D finite number of universes/timelines/worlds as well as other related cosmological jargon.
But finite 5D is still 5D, regardless if it is a significant difference or not. Why it should be counted not as low 1-C, it does not belong to 2-A either. Either we need a new tier or new explanation for this.
 
But finite 5D is still 5D, regardless if it is a significant difference or not. Why it should be counted not as low 1-C, it does not belong to 2-A either. Either we need a new tier or new explanation for this.
It still counts as Low 1C as far as I am aware. DonTalk was remembering the old tiering system which was High 2A.

Also finite 5D I kinda don’t remember if this is a actual thing or not.
 
Nothing about this theory is controversial or implausible, Gary Hinshaw, a professor of physics and astronomy at the University of British Columbia who was not involved in the study, told Live Science. However, because the model hinges on past observations of expansion alone — and because the present nature of dark energy in the universe is such a mystery — the predictions in this paper are currently impossible to test. For now, they can only remain theories.”
Even if these are theories but so most astronomical or cosmological things are, multiverse, higher dimensions, and popular verse's like gurren lagann seems to falls under this, so I am in support of not having infinite timeline as by default case.
I think this just overthinking the matter. The most simple thing is that it is still 4D, the only significant differences is the infinite number of timelines, worlds (parallel worlds), universes, and so on while 2C is simply 4D finite number of universes/timelines/worlds as well as other related cosmological jargon
The problem here is about volumes of such 4d spaces, given that infinite sized single timeline along time axis can have same volume as infinite number of finite timelines.
 
But finite 5D is still 5D, regardless if it is a significant difference or not. Why it should be counted not as low 1-C, it does not belong to 2-A either. Either we need a new tier or new explanation for this.
After looking at old tiering system I am sure dt was talking about high 2a from old tiering, so 2a is not 5d, not at any scale.
 
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