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Insignificant 5-D

BMP?

I'd really like an answer, and also how does this insignificant space become 5-D?
 
Pretty sure insignificance is solely when a dimension doesn't qualify for being universal or infinite in size, which can be achieved by virtually anyway that doesn't have to do with an extra dimension being universal or infinite in size
 
Pretty sure insignificance is solely when a dimension doesn't qualify for being universal or infinite in size, which can be achieved by virtually anyway that doesn't have to do with an extra dimension being universal or infinite in size
Let's say the space/dimension that contains multiple universes can be insignificant in 5-D?
 
Let's say the space/dimension that contains multiple universes can be insignificant in 5-D?
Uhh...it would kinda depend since I'm pretty sure we have standards of such structures being possibly rated as significant 5D, you might wanna wait for someone more knowledgeable to get back to you on that
 
Hace proof that the space is 5D, insignificant is just size thing
And how do I make that space 5-D? I sometimes hear that the space separating universes is insignificant 5-D, but I'm not sure about that. If that's true, can a dimension/space containing universes (described as a sea of colors where spheres represent the universes) be 5-D?
 
And how do I make that space 5-D? I sometimes hear that the space separating universes is insignificant 5-D, but I'm not sure about that. If that's true, can a dimension/space containing universes (described as a sea of colors where spheres represent the universes) be 5-D?
Being called 5th dimension in literal sense, space/dimension that contains and separate multiple 4D structures
 
Being called 5th dimension in literal sense, space/dimension that contains and separate multiple 4D structures
So, a dimension/space that contains universes, and where these universes have their own spacetime (which should be sufficient to keep them separate since there's no mention of them colliding), doesn't qualify if it only contains them?
 
So, a dimension/space that contains universes, and where these universes have their own spacetime (which should be sufficient to keep them separate since there's no mention of them colliding)
You could have any 4D structure, not simply just space-time universes, and the space that contains and separate them is 5D

doesn't qualify if it only contains them?
Depends on contexts, but generally speaking, yeah
 

Think you could refer to this
 

Think you could refer to this
He was looking into whether he could do the insignificant 5-D for dimensions or for subspace.
 
So, a dimension/space that contains universes, and where these universes have their own spacetime (which should be sufficient to keep them separate since there's no mention of them colliding), doesn't qualify if it only contains them?
Simply that it's a realm that spatio temporally seperates two space-time structures, in which case, the perpendicular axis that is orthogonal to the "space-time continuums" it contains, otherwise, if there are no separation of the spatio temporal structures, they will ultimately fail to qualify as seperate space-times and they will just share the same spatio temporal output.
After all, mathematical dimensions involves additional degree of freedom from the former not just the quantity of those contents I suppose.
 
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