Does being in a Black Hole explain the Big Bang, Inflation, and the Acceleration of the Universe?

Was it necessary for us to be in a black hole for the physics to be right? For decoherence and wave collapse to be functional? For gravity to be the right strength? For dark matter and energy to be what it is?

Doesn't the Schwarzschild Radius and the Holographic Principle hint we are in one? Could our parent black hole be different than the ones with us? Could physics be encoded in the holographic projection? Haven't we questioned how physics magically has the correct settings to allow life?

Is the acceleration of the universe from our parent black hole feeding which causes more quantum information/energy into the whole system? Would this mean our parent Universe only has one Black Hole that is constantly feeding? If physics is different there, could it be a diet of never-ending quantum waves?

Is the Big Bang and Cosmic Inflation from the initial formation of our parent black hole?

Are there layers to spacetime? Matter flows on time, space, and gravity. Is the matter layer made of quantum information? Does time dilation occur with information density? Is dark matter, information that imprinted before annihilation?

Is the formation of a Black Hole from Dark Matter forming from annihilation that occurs in a collapsing star? Is gamma-ray bursts from this annihilation? Could gamma-rays be information escaping a Black Hole?

Entanglement and the Database Structure of Reality

The program running with the Holographic Principle uses a database. It isn't a coincidence that quantum computers are amazing at database work. I discovered the structure when analyzing twin prime columns:
6n-1 | 6n | 6n+1
The root of the database ends up being { - | 0 | + }
I figured out the the left columns behaves differently than the right when it comes to the numbers that are not primes in their columns. Pseudoprimes. The left column pseudoprimes always use multiples from both columns. The right column pseudoprimes always use multiples from the same column. Two unlike signs is negative, two like signs is positive. You get pseudoprimes from active multiplication. Subatomic Energy Levels can't use numbers that are actively multiplying.
The rows of the columns are quantum information containers, it ends up being a tree.
Everything in a tree is entangled. When two atoms become entangled, you are getting two sets of prime columns inside a container. This is showing how entangled particles end up with opposite spins after decoherence.

{ [ - 0 + ] }
{ [- 0 +] 0 [- 0 +] }

It also explains why it is faster than light, both particles are in the same quantum information container.

Does the Bose–Einstein condensate explain the quantum/classical boundary?

Does uncertainty and/or entropy get internalized for matter to become physical?

Quantum information manifests as matter with wave collapse, but it needs excited internal information to remain local by itself?

Is the laser cooling in a Bose–Einstein condensate lowering entropy? Does matter have to retain heat information to remain physical/local? A Bose–Einstein condensate says yes. Is entropy excited quantum information?

Is the quantum/classical boundary determined by the object's ability to contain internal entropy?

Does decoherence summon and/or compile quantum information?