([+300,000kps |0| -300,000kps]) // (+/-)300,000kps.
(+) future . . . unobservable // (-) past . . . observable.
The negative side, the 'history' side, is the only observable dimension of two dimensions of 'c' and/or 'time'. A 'light second' is negative 'second' (-), not positive 'second' (+). The distance of 14-billion light years -- observed -- is time negative (-) (past), not time positive (+) (future) 14-billions years -- unobserved. ** Notice ** Observer's rest frame = |0| **.
Einstein's four coordinate dimensions (x, y, z, t) have a severe problem as they describe the cube and not the three diametric dimensions of a sphere through a common 0-point center (the fourth dimension), nor the six radii dimensions (from a common 0-point central point, the seventh dimension) of a sphere . . . or whatever. If one notices, all told, eleven dimensions of spacetime, not four. Not in mathematics, but in physics, the 0-point (portal) is graviton singularity, and so is the warp-bubble-spatial cubic singularity of spacetime.
The farther away into the past, the more "relative time" (though not its opposing "absolute time" (T= 0|1 (unity)) slows toward the fixed constant Horizon of the universe. Thus, super-symmetrically (so I like it) the farther away into the future toward exactly the same fixed constant Horizon, the more "relative time" will slow (though, again, not its opposed "absolute time" (T = 0|1 (unity)). Does it slow to a stop at the Horizon? No! It merges into the Horizon of all time, Hawking's clock of his "Grand Central Station" of universe, not stops! The PBB(B)H (cc (/\)) ([ past (future) | future (past)]) Horizon: 0-point (portal) / graviton singularity (closing / opening) (contraction / expansion) (<< gravitational pull of infinite set (G = 0|1 (unity) (unobserved) | << gravitational push to same infinite set (G = 0|1 (unity) (observed mass energy)).
To be continued after posting and saving....
(+) future . . . unobservable // (-) past . . . observable.
The negative side, the 'history' side, is the only observable dimension of two dimensions of 'c' and/or 'time'. A 'light second' is negative 'second' (-), not positive 'second' (+). The distance of 14-billion light years -- observed -- is time negative (-) (past), not time positive (+) (future) 14-billions years -- unobserved. ** Notice ** Observer's rest frame = |0| **.
Einstein's four coordinate dimensions (x, y, z, t) have a severe problem as they describe the cube and not the three diametric dimensions of a sphere through a common 0-point center (the fourth dimension), nor the six radii dimensions (from a common 0-point central point, the seventh dimension) of a sphere . . . or whatever. If one notices, all told, eleven dimensions of spacetime, not four. Not in mathematics, but in physics, the 0-point (portal) is graviton singularity, and so is the warp-bubble-spatial cubic singularity of spacetime.
The farther away into the past, the more "relative time" (though not its opposing "absolute time" (T= 0|1 (unity)) slows toward the fixed constant Horizon of the universe. Thus, super-symmetrically (so I like it) the farther away into the future toward exactly the same fixed constant Horizon, the more "relative time" will slow (though, again, not its opposed "absolute time" (T = 0|1 (unity)). Does it slow to a stop at the Horizon? No! It merges into the Horizon of all time, Hawking's clock of his "Grand Central Station" of universe, not stops! The PBB(B)H (cc (/\)) ([ past (future) | future (past)]) Horizon: 0-point (portal) / graviton singularity (closing / opening) (contraction / expansion) (<< gravitational pull of infinite set (G = 0|1 (unity) (unobserved) | << gravitational push to same infinite set (G = 0|1 (unity) (observed mass energy)).
To be continued after posting and saving....
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