Hawking Radiation: Can Particles Appear with Relativistic Velocities?

[Mike Holland]

The Hawking radiation comes from a pair of complementary particles, an electron and a positron for example, coming into existence spontaneously near the event horizon as a result of the intense gravitational field. One particle gets captured by the Black Hole while the other escapes, taking a bit of the BH mass with it. The mass of the two particles is "borrowed" from the BH.

My problem is that in order to escape. that particle must come into existence already moving radially outwards at close to the velocity of light, otherwise it cannot overcome the gravity. Do these particles really pop into existence with relativistic velocities?

 

[Vanadium 50]

Well, your first paragraph is not true: it is a story to help make sense of the mathematics. So asking about the details is kind of pointless.

 

[Mike Holland]

Is it pointless to suggest that to escape from near the event horizon one has to have a velocity close to c?

 

[Vanadium 50]

I looked at your past posts. You've spent years tossing these random what-ifs at us. In that time, you could have learned GR.

And yes, what you write is pointless. Meaningless, actually. Virtual particles do not have speeds. Further, you missed an important point I wrote: your first paragraph is not true: it is a story to help make sense of the mathematics. Asking us to flesh out the details of something that is not true wastes everybody's time.

 

[berkeman]

Asking us to flesh out the details of something that is not true wastes everybody's time.

Agreed; thread is closed. The OP's profile page says that he has a BS in Physics, so he should be able to do a bit more reading to figure this out. Maybe he'll do that reading and start a new thread with some current journal references if he still is having issues understanding the math behind Hawking radiation.