Column: The paper of a thesis, the Black Hole, and the Super Nova

 When It is broken a distance both electron and proton cause of a pressure of a gravity of their star, then their atom model will be broken of the pressure, and the star will become the black hole,because it will be changed the distance to infinity, cause of it's broken,and it will get to start a infinity dropped. This is the Black Hole.But, When will become to get the infinity dropped, then get a free to their large pressure of their gravity, then it rebuild an atom model. For this pressure increasing, the star get a great bomb. This is the Super Nova.I am Japanese. And I want a gift of this result with my studying well.

Is there the Black Hole? Because, When It is the infinity distance gotten,then they get to rebuild the atom model as get their free, soon. Will they surely become the Super Nova?

But, When the star's gravity is larger than the Super Nova, then it may become the Black Hole. It may be a small possibility.

They get the infinity dropped, but It may still get a free to the pressure, soon. And, it may get the free from their small tops. And, bomb. But, the star' gravity is more strong than it. This cycle may be. The cycle running is usually done a center of the star.And,it may keep a shape of the Black Hole.

Now, from here, my thinking starts.

But, it more larger changed grown, and this cycle running will find a small distance outer of the center. And,their bomb, is made them like some pillar. It will be near the Photon speed, c.  It looks like a chestnut as a bold needle....Well, this is just my own speculation.  And, It will be escaped to born some large matter from the star's gravity. And, It may be made some stars or galaxy.

Now, reason of written it of the word of 'column', It is today's famous theory or story of everybody known. It is explanation of it.

Bonus.

In the past, I'd like to raise a problem that's similar to a mistake in the theory of relativity that I've written about before.

When viewed relatively, that theory breaks down when rotation is added.

When viewed from the rotating Earth, the speeds of distant galaxies and stars exceed the speed of light relatively. At this point, I'm not sure how to think about it.

If you spin in place at the speed of light, like a figure skater, even a neighboring star could exceed the speed of light, depending on its distance and your rotation speed.