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where would a world designed after a fractal scale to

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So the author designed a a world after a fractural but in his notes he explained it in more detail.

so in the authors notes section of the chapter we get an explanation of the worlds design, though a very brief explanation.

statement from the author here

anyway as we see in the statement above, the author directly states that the world is designed after a fractal.


But...

He states that it is a truly infinite complexity, Aleph-Omega fractal.

I'm kind of confused since there are only statements (in the tiering system) about uncountably infinite and above but not Aleph omega which is considered the limit to infinity, nor are there any statements (in the tiering system) about an an infinite complexity aleph omega or highest infinity construct,



if I'm not wrong, I believe this would would be considered outerversal.

because of the uncountably infinite complexity or the aleph-omega statement.

please correct me if I'm wrong.
 
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So the author designed a a world after a fractural but in his notes he explained it in more detail.

so in the authors notes section of the chapter we get an explanation of the worlds design, though a very brief explanation.

statement from the author here

anyway as we see in the statement above, the author directly states that the world is designed after a fractal.


But...

He states that it is a truly infinite complexity, Aleph-Omega fractal.

I'm kind of confused since there are only statements (in the tiering system) about uncountably infinite and above but not Aleph omega which is considered the limit to infinity, nor are there any statements (in the tiering system) about an an infinite complexity aleph omega or highest infinity construct,



if I'm not wrong, I believe this would would be considered outerversal.

because of the uncountably infinite complexity or the aleph-omega statement.

please correct me if I'm wrong.
not Outerversal, 1-A need to be qualitative (A difference of R>F/reality>fiction), in essence, thats just Low 1-A or High 1-B i think.
 
not Outerversal, 1-A need to be qualitative (A difference of R>F/reality>fiction), in essence, thats just Low 1-A or High 1-B i think.
OK thanks for the help although there are lower worlds than this one so i believe it still qualifies for qualitative.
 
It can scale anywhere to be honest since even High 1-A+ can and is often represented as a world that fractals. It really depends on how that fractal is depicted in the series
 
So the author designed a a world after a fractural but in his notes he explained it in more detail.

so in the authors notes section of the chapter we get an explanation of the worlds design, though a very brief explanation.

statement from the author here

anyway as we see in the statement above, the author directly states that the world is designed after a fractal.


But...

He states that it is a truly infinite complexity, Aleph-Omega fractal.

I'm kind of confused since there are only statements (in the tiering system) about uncountably infinite and above but not Aleph omega which is considered the limit to infinity, nor are there any statements (in the tiering system) about an an infinite complexity aleph omega or highest infinity construct,



if I'm not wrong, I believe this would would be considered outerversal.

because of the uncountably infinite complexity or the aleph-omega statement.

please correct me if I'm wrong.
What verse?
 
It can scale anywhere to be honest since even High 1-A+ can and is often represented as a world that fractals. It really depends on how that fractal is depicted in the series
The author just describes it as a "Truly infinite complexity Aleph-omega fractal"
 
So the author designed a a world after a fractural but in his notes he explained it in more detail.

so in the authors notes section of the chapter we get an explanation of the worlds design, though a very brief explanation.

statement from the author here

anyway as we see in the statement above, the author directly states that the world is designed after a fractal.


But...

He states that it is a truly infinite complexity, Aleph-Omega fractal.

I'm kind of confused since there are only statements (in the tiering system) about uncountably infinite and above but not Aleph omega which is considered the limit to infinity, nor are there any statements (in the tiering system) about an an infinite complexity aleph omega or highest infinity construct,



if I'm not wrong, I believe this would would be considered outerversal.

because of the uncountably infinite complexity or the aleph-omega statement.

please correct me if I'm wrong.
High 1-B+

Aleph-Omega is also just an uncountable infinity. Also, I'm not a math guy, but anotherath guy told me that Inaccessible cardinals are above Aleph-Omega, so it's definitely not the end/limit of transfinite numbers.
 
High 1-B+

Aleph-Omega is also just an uncountable infinity. Also, I'm not a math guy, but anotherath guy told me that Inaccessible cardinals are above Aleph-Omega, so it's definitely not the end/limit of transfinite numbers.
Aleph omega is generally considered the limit to infinity and the author stated that the world is of infinite complexity to add on to that.
 
Aleph omega is generally considered the limit to infinity and the author stated that the world is of infinite complexity to add on to that.
From a quick Google search, not really. It's really just "infinity" in the series of aleph numbers like how Aleph0 is infinity in Natural numbers and the like. And just as there are infinities beyond the infinite limit of one set, there are infinities beyond aleph-omega.

Aleph-omega is like the "first limit" in transfinite numbers like how Aleph0 is the first infinity overall, the smallest as well. So large cardinals are still beyond Aleph-omega
 
From a quick Google search, not really. It's really just "infinity" in the series of aleph numbers like how Aleph0 is infinity in Natural numbers and the like. And just as there are infinities beyond the infinite limit of one set, there are infinities beyond aleph-omega.

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Aleph-omega is like the "first limit" in transfinite numbers like how Aleph0 is the first infinity overall, the smallest as well. So large cardinals are still beyond Aleph-omega
Ya the highest countable infinity but the is another infinity added onto that from the infinite complexity statement
 
Ya the highest countable infinity but the is another infinity added onto that from the infinite complexity statement
Infinite complexity might just mean something like atoms having universes inside them as infinitum, or similar.

Regardless, I don't ever remember our standards currently treating aleph-omega as a qualitively higher thing
 
Infinite complexity might just mean something like atoms having universes inside them as infinitum, or similar.

Regardless, I don't ever remember our standards currently treating aleph-omega as a qualitively higher thing
The world is designed after a fractal witch is a infinite complexity shape that is self replicating or the term google uses “a geometric shape with intricate structure at all scales, appearing similar at various sizes”
and the author stated it was a “Truly infinite fractal” meaning the world is not only aleph omega but an endlessly complex, never-ending pattern.

but the author extends this into a world instead of a 2-D shape.
 
The world is designed after a fractal witch is a infinite complexity shape that is self replicating or the term google uses “a geometric shape with intricate structure at all scales, appearing similar at various sizes”
and the author stated it was a “Truly infinite fractal” meaning the world is not only aleph omega but an endlessly complex, never-ending pattern.

but the author extends this into a world instead of a 2-D shape.
And all of that is still quantitative stuff.

You don't get above Low 1-A from any amount of mathematics stuff now, lol
1-A is purely for a qualitatively higher Compsition entirety, not more complexity into the same composition
 
Ya now that I look at it it looks like it would scale to L1-A or possibly 1-A+, thanks for the help.
 
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