Black Hole and Dark Matter Interaction

This is an untested idea the equivalent of a sci-fi idea or a hypothesis

There's an idea by "Mbonye and Kazana" about dark matter interaction that suggests that in a black hole a singularity isn't created but dark matter due to the interaction...

Recently, however, Mbonye and Kazanas have found an exact solution to Einstein's equations which contains no central singularity (DOI: 10.1103/PhysRevD.72.024016).  Mbonye and Kazanas arrived at their solution by assuming a black hole contains exotic matter.

Exotic matter is a theoretical material which has a negative energy density instead of the usual positive energy density. This negative energy density means that exotic matter can hold its own against gravity. When ordinary matter is squeezed by gravity, its energy density goes up. This higher energy density means gravity squeezes even more strongly, which means an even higher energy density, and so on. It is this feedback loop which means that gravity wins in the end. The harder gravity squeezes, the harder it can squeeze, until all that remains is the singularity.

But exotic matter works differently. When gravity squeezes on exotic matter, its energy density goes down. This means gravity can't win no matter how hard it tries, and it is impossible to form a singularity. What Mbonye and Kazanas have shown is that exotic matter allows for the creation of non-singular black holes.

Mbonye and Kazanas don't specify what this exotic matter is, but their formulation implies one possible candidate: dark energy. We don't know what dark energy is, but we do know two things: it cannot be regular matter, and it has a negative energy density. Mbonye and Kazanas haven't proven that their exotic matter is dark energy, but their work points to the idea that maybe, just maybe, one of newest mysteries of gravitational astrophysics might just solve one of the oldest ones.

https://plus.google.com/u/0/+SamuelMuiruri/posts/GYnMLjqpV4e

Problem though is since according to simulations of the formation of the universe seems to suggest that without additional gravity "dark matter" galaxies and starts don't form there's a missing link of whether it's formed in black holes a long time after the big bang or very early in the formation of the universe.

My opinion is both could be right, instead of considering dark matter as exotic matter only it can have an additional feature that allows it to travel through time, in fact in essence not travel through time but exist on the 4th plane where time is a dimension like space. So it can co-exist in both the past and present at the same time. 

In this hypothesis since a gas cloud can form a black hole according to some suggested history it would go on then to state this is not the first epoch of our universe and in fact the first time the universe was actually mostly cold and lifeless with black holes forming which then generated a large sum of dark matter and as a result it's equal gravity effect was felt in the past and present (then). Therefore with this rewrote the past causing stars and galaxies to form and this lead to the first chain reaction stopping and was later on resumed as black holes formed again.

Also in this sense Dark Energy could be an action-reaction on the interaction with dark matter. Since dark matter affects time it's polar opposite affects space causing an equal amount of expansion in space equal to the gravitational tugging on both matter-dark matter reaction.