Heres a quote from a book called Voyage Through the Universe
Quantum theory, which describes the behaviour of matter on the subatomic level, predicts that pairs of elementary particles, matter and antimatter, can appear in unpredictable places and then annihilate each other. According to Hawking's calculation, the extreme gravitational force of a black hole could produce such pairs just outside its event horizon. If so, one particle might be dragged in and the other escape.
Technically speaking your right in some context but in another context your not… 
Not to nitpick, but that is incorrect. Whilst pairs of virtual particles can form on the edge of a black hole, it is only when one half the pair appears within the event horizon and the other doesn't, that one gets sucked in. The one that survived didn't do so because it moved faster than light, it was just a touch outside the danger zone. Of course such a particle immediatley becomes real and the black hole loses mass equal to that of the remaining particle.
Now, if you want to find something that moves (apparently) faster than light, look at gravity. Increase the mass of an object, and its gravitational pull on objects all over the universe increases, instantly. Likewise, the effect is instant. If gravity is transfered by a particle or wave--like the strong, weak and magnetic forces are--then that particle/wave must move faster than light. This is one of the most difficult and troubling things about resolving quantum theory and relativity theory.
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--Mik
http://www.404error.comruhkferret on ICQ/AIM
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