Black Hole Soft Hair

Introduction

I do not conclude that black holes being a mathematical singularity is the same thing as saying the black hole is a singularity. The notion of information being lost in a black hole is a necessary truism perhaps because the observer cannot tell the difference. Within the black hole, there is structure that can affect the observation from the outside. That is information within the black hole may change the shape of the black hole in such a way that information can escape.

 From Wikipedia:

A black hole is a region of spacetime exhibiting such strong gravitational effects that nothing—not even particles and electromagnetic radiation such as light—can escape from inside it.

The definition of a black hole rests on the effects of the observer to witness what is occurring within, which is that light and particles cannot escape at the time of the observation. This is not the same thing as what is in the black hole.

Thought

When two similar-sized black holes are in mutual orbit, the field lines of gravity cancel between them and energy "information" could pass between them, but to the far-away observer, the combined gravity would form a black hole except possibly at that point in the middle.

When interacting with a third uber-mass, the gravity field lines could change again, and different energy "information" would become visible to different viewers. But just like skee ball if you can't throw the ball over the initial jump and it rolls back, the ball still exists despite the baskets trying to catch it can't see it. But if the skee machine is tipped a few degrees, that same throw might escape the jump into a basket to be seen.

Inside a black hole, there can be stars, neutron stars, planets, other black holes and all sorts of what not. Two black holes passing closely in a grazing collision could open the field lines and could allow any of this to escape. When the primary masses separate further, they would likely close-up into two distinct black holes again. To the far-away observer, it all appears to be coming out of nowhere ... a little bang of material radiating from this central point. Though the clocks on this matter would be all have relativistic misalignment with regard to the outer universe, it doesn't necessarily mean they stop being stars, neutron stars, planets, other black holes or any sort of what not. They experience time differently.

The event horizon extends beyond what may be the theoretical center of gravitation allowing other celestial bodies to relate to the black hole in an orbital fashion. Let's be clear, just because you're planet goes out of view to an outside observer, this does not mean your planet stops being a planet because it crossed an event horizon.

The black hole then is a box that can be opened with another black hole.

The Universe

The universe itself may fit into the definition of a black hole. Material far away tends to be fastest moving away from the center, but then, we cannot see farther than the oldest material in the Universe. If we can see material 18 billion light years away. If the Universe were actually 20 billion light years in diameter, we would not know because we cannot see beyond 18 currently.

Suppose that hypothetical 2 billion light year buffer was newly enlarged black hole region on the outer regions of the Universe. Material falling into the Universe would be moving very, very fast and be among the fastest material in the universe. The affect of this additional mass moving towards the Universe center would be to slow the mass closer to the center.

The Big Bang then is not the time when the Universe exploded, but rather the time when the Universe became a black hole, and began pulling material in.

With this interpretation, there would be several things:

Universe Expansion - the Universe would be growing in all directions as it consumes.
Dark Energy / Dark Matter - with the Universe a black hole growing with matter falling into on the outer regions, and with the buffer, the existence of outside mass makes sense.
CMB - Cosmic Microwave Background radiation may be related to energy at the ever expanding event horizon as the Universe expands consuming matter.

Speed of Light

The speed of light in any black hole (or Universe) may be the rate at which a black hole is expanding, and provides the fundamental linkage between mass and time. Small black holes that have little matter falling into them may have no passage of time. This would explain the uniformity experienced with our own Universe appearing as clockwork from a Big Bang.


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