Exploring Hawking Radiation: A 10th Grader's Curiosity

[Allen_Wolf]

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.

 

[Orodruin]

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?

Not right. Also beware that the "virtual particle falling into the black hole" picture of Hawking radiation is a very heuristic one. As Hawking himself put it, it is the closest description in terms of English that he could think of. It is not a picture that should be used to draw any kind of inferences about what is going on.