You get double whitening, and you have multiple solutions to reestablish the 4D surface. The closed ring on the Lie graph is mass, the surface to center hole. Empty space in the hole is mass in 3D but curvature in relative primes.
We will measure all solutions in units of entropic maximum. So we get a multi-estimate estimaie of Pi, good enough if scaled in partitions. That is why the maximum extant multiplies that fD multiplier giving the proton mass. That is the 3D contraction map. In 4D their is a slight chiral we cannot see, and appears as mass, but it is oriented vacuum.
Standard model and relativity working the same problem from different end points. One is finding the taget vectors for a centered gravity, the other braking into partitions to equalize Pi every whee. Like working abstract algebra from smooth manifold or best fractional approximation. One gets the necessary integral solution, the other the best probable.
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