I have a limited knowledge of particle physics, yet, I understand that theoretically the range of a graviton is infinite, and the mass of the singularity of a black hole is infinite. I also understand that (theoretically) the effect of gravity is created by the exchange of gravitons and the chance of exchange is greater at smaller distances and greater mass (this is what creates the effect of gravity, am i right?)
So my question is, what stops the singularity of a black hole that is said to have infinite mass, exchanging an equal amount of gravitons with all matter in the universe, thus all matter experiences the same pull as that which is entering the event horizon? Is there a fundamental idea with gravitons, or gauge bosons in general that I am missing, or is my idea on such particle physics completely wrong? Thanks.
2007-04-24
09:29:10
·
5 answers
·
asked by
peter G
1