- #1
Allen_Wolf
- 48
- 4
Recently I was actually stuck on a thought about hawing radiation.
If quantum fluctuations cause virtual particles to occur from space. So, to maintain the balance of mass in the universe, the particle with -ve energy should be having -ve mass, right?
If so, by Newton's equation of gravitation, it should be having anti-gravity properties when near a body with positive body.
For the body to fall into the black hole, at a certain point, the velocity of the -ve mass body should be greater than the velocity of light. So black evaporation would not be happening.
So does the body with -ve energy has -ve mass also?
If so, how will it fall into the black hole?
I am just in 10th grade, and I am asking this out of a bot of curiosity. I do sincerely apologize if it is wrong for wasting your precious time.
If quantum fluctuations cause virtual particles to occur from space. So, to maintain the balance of mass in the universe, the particle with -ve energy should be having -ve mass, right?
If so, by Newton's equation of gravitation, it should be having anti-gravity properties when near a body with positive body.
For the body to fall into the black hole, at a certain point, the velocity of the -ve mass body should be greater than the velocity of light. So black evaporation would not be happening.
So does the body with -ve energy has -ve mass also?
If so, how will it fall into the black hole?
I am just in 10th grade, and I am asking this out of a bot of curiosity. I do sincerely apologize if it is wrong for wasting your precious time.