- #1
MattRob
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I was reading "Black Holes and Time Warps" by Kip Thorne, and right around p.442-443 it talks about how the quantum vacuum fluctuations that give rise to Hawking radiation from an infalling frame of reference give rise to an "atmosphere" of real, non-virtual particles in an accelerated frame where the observer is near the event horizon and at rest with respect to the black hole.
Apparently, this accelerated frame of reference adds a lot of energy to these vacuum fluctuations. I'm only a Sophomore, so I really don't know the relevant GR equations, but from what I do know, energy is associated with velocity, not acceleration, so how does accelerating, even with zero velocity, add energy to these vacuum fluctuations?
Apparently, this accelerated frame of reference adds a lot of energy to these vacuum fluctuations. I'm only a Sophomore, so I really don't know the relevant GR equations, but from what I do know, energy is associated with velocity, not acceleration, so how does accelerating, even with zero velocity, add energy to these vacuum fluctuations?