This is just a theory, maybe a silly wrong one but here goes...

We know black holes are a collapse of a star on itself but what happens when enter you inside? What if...it's an inversion? Imagine a balloon that collapses on itself and creates an entrance hole? So basically, that would mean that there is an end-point.

This is just a theory, maybe a silly wrong one but here goes...

We know black holes are a collapse of a star on itself but what happens when enter you inside? What if...it's an inversion? Imagine a balloon that collapses on itself and creates an entrance hole? So basically, that would mean that there is an end-point.


Humm good idea, read my post on black hole trvel and see if it fits.


But if there is an inversion point, i think you would come to a hallway to a infanent amound of doors, (so to speak, you have prob. herd that befor) THE MULTYVERSE yay u a genius, you found the cosmological "Waldo", u will be famous!!!

No really a good thinker, do you mind if i add that to my school paper, ( i have to ask or elts i get in trouble) ill even cite you if u want. My paper is about black hole and the multyverse.

Sure go ahead (but you might want to research what I'm saying), I'm probably wrong...since I'm no astronomy/physicist.

Sure go ahead (but you might want to research what I'm saying), I'm probably wrong...since I'm no astronomy/physicist.

Well the whole point of the project is to think outside the box. But anyway thx, I think that this fits promptally into my theory. (sory about speling)

So let's imagine i decided to jump into a spinning black hole inside a space ship... what would i see? Well, before i entered, i would see nothing spectacular. I would just see a big ball of darkness. I wouldn't even see it rotate at first - neither do i feel anything - i am in what is called a state of 'free-fall'.
Free-fall is when all the atoms and molecules i am made of are all being pulled at the same rate. Even my ship is being pulled at the same pace towards the black hole. A good way to compare this is with astronauts that orbit our earth - they too are in a state of free-fall.
Now i begin to pass the event horizon (remember that is the first boundary, or surface). Now something quite remarkable happens. The space coordinates switches roles with the time coordinate. What does this mean? Well, we move through space freely, back and forth without any problems, and when we consider time, that imaginary dimension, we tend to think we sweep along with it without recourse. Once i pass the event horizon space begins to drag me and my ship, and i begin to move in one direction only - that being forward - however, i begin to move through time backwards and forwards, just as easily as i had moved through the space dimension. In this case, we say that space has become 'timelike', and time has a 'spacelike' character - they are thus interchangeable given the correct conditions.
As i move closer and closer to the black hole, the force of gravity becomes stronger and stronger. Now, suppose my legs are closer to the dreaded center of the black hole, i will begin to feel as if my body was being stretched. A greater force will be pulling at my feet, than that of the force pulling at my head. This is called the 'gravitational tidal effect' - thus called because it is similar to the tidal effect on earth caused by the moon.
If i looked out of a window towards the singularity, i would see something rather interesting. The center will look like a dark sphere, with a halo of light surrounding it. This light is coming from another universe. And, if i looked back out of the event horizon, i might be fortunate enough to see the universe, and all of its history and future flash past me as if it took no time at all. I would see all the stars die out... most of them forming black holes, but they would not be visible to the naked eye. I might even see the universe undergo an 'omega point' (the end), as a 'Big Crunch' were everything is drawn back, or quite possibly by a 'Big Rip', were everything physical is ripped apart by the universal pressure of acceleration, (note however, someone outside of the black hole cannot see you).
Now i have crashed into the dreaded singularity, and i will no longer exist. Here, just like the Big Bang singularity mentioned in part one of chapter one, everything takes on infinite attributes - the laws of physics become invalid. However, you might not crash into the center. It is possible you can fall into the 'inner horizon' - this horizon is adjacent to the singular region. Here, space and time flows the correct way. In theory, you can float around in the inner horizon without ever crashing into the dreaded center.
If our universe is indeed a black hole, you might imagine we exist in the inner horizon. Now, if one passes by the singularity, we might be able to move out of the inner horizon and pass through a second inner horizon, and then by finally passing another outer horizon, we will have entered another universe - but i had better be careful. There is a very good chance that this universe is made up mostly of antimatter.