As I suppose we all accept, the universe started as an unintuitive singularity—either, "Let there be light," or "The Big Bang". Something from nothing expanded and at luminal speeds (or greater).
I read about this "Planck Epoch": the time from zero to approximately $10^{-43}$ seconds. When there was no such thing as mass and gravity, a bunch of energy was being massaged for this eventuality but nothing could hold it together. It is still expanding to this day.
My question is simply this:
Could the upper limit of energy that the Black Hole can contain be dependent on how close this energy is before it reaches the levels of the Planck Epoch?
After it consumed enough matter (energy), the conditions for gravity to work would no longer exist, just like during the Planck epoch. Extreme amount of energy... unbounded now.
The whole universe is the result of a supermassive Black Hole that swallowed enough to produce Planck epoch energies thus disabling gravity (and all fundamental forces).
Simple... like Einstein liked it!
