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One question, in order to take into account the Low 2-C layer, the four-dimensional scope, more specifically a timeline. By itself, does it have to have infinite size? Or rather, must its temporal length necessarily extend to infinity?
Because, in this case, a timeline (space-time continuum) safeguards an unlistable infinite quantity (uncountable | aleph 1) of universal static moments. So this would mean that even though the timeline had a listable finite length, it would still encompass an uncountably infinite amount of static universal moments. This can be compared to the difference between 0 and 1, even though we have this finite difference of the natural sets, in real sets, the difference from 0 to 1 is an infinite accounting difference. So even a timeline with a finite length of time should be considered Low 2-C like our universe with the Big Bang that creates futuristic periods as time passes?
Furthermore, if we were to consider a timeline/spacetime, must its 3D space necessarily be considered an infinite structure in size to enter the Low 2-C layer?
Because, in this case, a timeline (space-time continuum) safeguards an unlistable infinite quantity (uncountable | aleph 1) of universal static moments. So this would mean that even though the timeline had a listable finite length, it would still encompass an uncountably infinite amount of static universal moments. This can be compared to the difference between 0 and 1, even though we have this finite difference of the natural sets, in real sets, the difference from 0 to 1 is an infinite accounting difference. So even a timeline with a finite length of time should be considered Low 2-C like our universe with the Big Bang that creates futuristic periods as time passes?
Furthermore, if we were to consider a timeline/spacetime, must its 3D space necessarily be considered an infinite structure in size to enter the Low 2-C layer?
