Gravity is the "force"
Wrong.
Gravitation here represents the theories, I.E. Einstein's Theory of Gravitation, which he linked with his Theory of Special relativity with his "Theory of General Relativity" and also Newton's law of Universal Gravitation
False. Special relativity does not interpret gravity, but speed of light in inertial frames of reference. Hence, the word "special" means special observers, or observers with a special privilege (inertial frame). Hence, due to this limitation, Einstein formulated General Relativity, where it finally talks about gravitation and allows laws of physics to be the same in all frames of reference.
And where did you presume this.
Because you said gravitation (or, for commoners like you, "gravity") is a force.
I simply used the original Newtonian names, why do you think I refer to gravity as a "psuedo force"...because the psuedo Newtonian Gravity is simply caused by objects falling towards the centre of mass of heavier objects (and the heavier objects have a much slighter pull towards the lighter ones).
Uh, so gravity is caused by falling objects now?
We all know that mass creates curvature in space time, the "bowl" analogy has been used here plenty of times, or the "sinking of the centre of the matress" analogy.
So, how does mass create curvature in space time?
Objects get trapped in each others "bowls" and move closer together. But I'm sure you've all mastered Special relativity because its been tought by 12th grade science students in this forum. I'm sure you all have the flat earth society approved cereal box physics degrees.
Again, Special relativity has nothing to do with gravitation and curvature of space-time, nevermind the rubber sheet experiment.
Jut because Jack think's he's a genius physicist, I'd like him to explain to me what happens in a Black Hole?
A black hole is caused when a large number of mass (or an object with a mass greater than the Tolman-Oppenheimer-Volkoff limit) accumulated in a small region of space. The masses accelerate infinitely down the gravity well. Thus, when an object falls into a black hole, it will not escape. Inside it will experience gravitational time dilation, or slowing down of time, relative to an outside observer.
I mean, obviously a total understanding is impossible, not even the smartest men on Earth arn't sure yet.
Then why do you ask?
But General relativity does give some insight, but much of it is wrong?
Now, tell me where general relativity is wrong about black holes.
Why? What parts are true?
What parts in GR you don't think are true?
Is there anything of value in other theories that might explain what happens in a black hole?
And?
Think of as a short essay. I'll give you a couple of days to write it. Not too long, just a general overview is fine. I'll even write an essay on it myself if you would like?
Already done. Now, I want to see your essay. I'll give you a couple of days to write it.