What about anti-protons?

Well, there we have it, another counting system based on the triplet:
{- proton, neutron, + proton}.  We would get that same ratios between light quants and null quants. The whole system repeated. I wonder what the periodic table of  galaxies looks?

There is this:

There are theoretical proposals that neutron–antineutron oscillations exist, a process which would occur only if there is an undiscovered physical process that violates baryon number conservation.

That result is because the Shannon error increases each time we bump the mega-order of our triplets.  Having two nulls violates Shannon separability. So we would expect the periodic table to be simpler, the precision of the mega order drops by three bits of so. At some point the universe counts up in mega-orders until there is only one variety of universe, and it stops.

Looking at the quasar, we see light subdivided, decomposed very accurately because the quasar phase alignment uses the proton triplets as fractional unit of the wave numbers.  The red shift is therefore, the peak of the gaussian S/N of the system.  At each mega order, S/N drops, but is is counting fractional units; its a trade off.