It is not the singularity the fouls up the theory

I can deal with general relativity because there is no evidence that space is infinitely divisible. It  is this huge galaxy that threatens the theory.  If we give gravity around stars the benefit of the doubt and let it have a light year in extent, then the galactic phase eats up 38 order of quantum wave numbers until it meets with gravity.  There is not much gravity around those stars with its wave spread so thin. Between gravity and the electron in this galaxy is a mere 14 orders or quantum numbers, hardly room for any magnetic fields. The stars must be nearly gaseous.

The other threat to phase theory is the stability of the free proton.The proton seems too indivisible.

This theory requires connectivity, enough to maintain quantum ratios.It has problems when groups are too spread out, or when groups are too self contained. The theory can deal with the vastness of space as long as there is an abundance of the three types of vacuum, such that light maintains similar form across billions of light years of travel. So the density has to be nearly isotropic.