Relativity talks about space, time. This is really a hypothetical function of relative collisions in a three dimensional model. It will adjust he 3D model to an isotropism, from any point the relative ordering of events can be identified, space-time can be bent in the theory. Let us say relativity works, I think I does. But all relativity does is find the 3D 'lagrange' spot in any locale.
What if we really were a 4D?
Say there was a slight vacuum drift, another axis that can slightly reorder events unknown to us? Relativity would still work, it would predict the center of a toroid. That center is just one of the Lagrange points, their is a circular circumference the supports the 'wind'. If we saw clusters of black holes we would miss their separation on another axis, unless we presupposed. Say we supped us to be a 4D, then lets run the Einstein local Lagrange machine. The result will be a set of curve with two cosmological constants. Set them arbitrarily and if a pattern is predicted, go back to astromony data and look for the pattern. The 4D model does not have entropy expanding in the same way. But their would be another law resulting that causes the same result. But in the 4D model, the 'center' or beginning would be impossible to observe, it would not predict a big band, I think.
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