Gödel showed us that even math is not just one math, but consists of independent parts.

What I like best is that Gödel was able to translate this to a good view on matter. It has two behaviors that cannot be made one.

* Convergence is seen with matter sticking to matter, like planet and star; found ubiquitously throughout the material universe.

* Divergence is seen at the universal level among matter; there is no convergence here.

Solar system and galaxy are in-between stages in which neither behavior wins out. Celestial bodies do not become one single mass, nor do they fly apart.

So, it is a bit like the binary system in that wherever a 1 is formed, this will include a 0 toward everything else as being 'of no value'.

Convergence (1), divergence (0)

Convergence (0), divergence (1)

and

QM (1), GR (0)

QM (0), GR (1)

Roll a die once, and uncertainty exists about the outcome. Roll it a million times and we have certainty that 3 will be rolled one-sixth of the time.

We can see the prior stage of the universe as 1, which is factually correct when accepting that is was capable of producing matter.

But next we need a fundamental 0 to enter the picture.

Only with the new appearance of a fundamental 0 could the original 1 have produced matter.

Then, with matter, we see the binary system, establishing realities in which the original 1 is mimicked at the local level, but... in matter.

The largest reality of our universe is space. The largest level of our universe is 0.

Matter can try its best and establish 1s the best way possible. But it can never overcome the largest level of 0.

This is part of the Big Whisper theory.