Is this a High 1-B structure?

[JmikaelP]

¨The multiverse which makes up the Dark Tower is comprised of infinite layers or "steps", each of which contains an infinite number of universes which are themselves infinitely larger than those found on the step below. It has been stated that an entire universe in one step can be contained within a single atom of a blade of grass in the step above, with this same step having an infinite multiverse which is itself contained within a grain of sand in the next step, and so on.¨

Then, what happen if instead of universes, there is galaxies? For example, a structure like this: (the universe is organized in a tower where there is a galaxy on each floor. A galaxy that is above the tower is infinitely larger than the galaxy below where the comparison between the two galaxies is the same as a fictional idea with a galaxy

 

[ActuallySpaceMan42]

High 3-A

 

[JmikaelP]

Even if it has the same structure?

 

[JmikaelP]

High 3-A

But, what is the difference between the structure of The Dark Tower and the structure that I already said (the universe is organized in a tower where there is a galaxy on each floor. A galaxy that is above the tower is infinitely larger than the galaxy below where the comparison between the two is the same as a fictional idea with a galaxy)?

 

[ActuallySpaceMan42]

But, what is the difference between the structure of The Dark Tower and the structure that I already said (the universe is organized in a tower where there is a galaxy on each floor. A galaxy that is above the tower is infinitely larger than the galaxy below where the comparison between the two is the same as a fictional idea with a galaxy)?

Oh if there is a R > F difference between the galaxies and they are infinite then it's High 1-B, you didn't mention that.

 

[JmikaelP]

Oh if there is a R > F difference between the galaxies and they are infinite then it's High 1-B, you didn't mention that.

Yes, sorry about that, I was out of time and I write without think. I will change the answer

 

[JmikaelP]

Also, I would like to hear other opinions.

 

[ImmortalDread]

High 3-A

How did you even conclude this bro, 2-A could be a good start but high 3-A?

 

[ActuallySpaceMan42]

How did you even conclude this bro, 2-A could be a good start but high 3-A?

Well, originally I thought he was just taking about galaxies, existing within galaxies in an infinite loop. (Infinite 3D Matter - High 3-A), then he clarified each galaxy is infinite, and has a R > F difference.

 

[LephyrTheRevanchist]

Since the question has already been answered, need this closed or you have other questions, @JmikaelP ?

 

[JmikaelP]

Actually, know. I only what to know an others opinions, but If you think that the question was answered, then, you can close it

 

[TheGodOfICE777]

Yeah this is basically an infinite loop of infinite transcendences so yeah this is High 1-B

If it was a infinite number of galaxies instead of universes it would still probably be High 1-B