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virtual particles |
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| Sep20-04, 03:27 PM | #1 |
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virtual particles
Why can't a negative energy virtual particle escape from a black hole?
Could two sets of virtual particles arise from the same point in space simultaneously? And would they have to annihilate simultaneously? And how does a rapidly oscillating gravitational field affect virtual particle creation and annihilation? What is the greatest energy a virtual particle can possibly have? |
| Sep20-04, 03:43 PM | #2 |
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My turn: are these unrelated questions going somewhere? |
| Sep20-04, 03:54 PM | #3 |
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| Sep20-04, 05:24 PM | #4 |
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virtual particles
Zefram C:
My turn: are these unrelated questions going somewhere? Rothie M: I would like to know, if quarks and an electron,in the early universe, separated by the planck distance -10^-35 m - still absorb and emit virtual photons ,as they do at larger distances, in the current universe. Loop quantum gravity theorists say that Einstein's laws were still valid at the Planck scale,so were other laws too? |
| Sep20-04, 05:35 PM | #5 |
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When particles are separated by a distance comparable to the Planck distance, they can hear each other, so they keep talking about how stupid humans are. The laughing that results from those conversations is so strong, it tears them apart by a factor of several order of magnitudes. That is the reason particles are so sad. They cannot help talking about our stupidity, and it makes them lonely.
What I'm wrong !? How do you know ? Particles refuse to talk to us anyway. |
| Sep20-04, 06:10 PM | #6 |
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Them soundwaves from those particles talking, were they doppler shifted by the Big Bang?
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| Sep20-04, 07:25 PM | #7 |
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kind of relating to the subject, how do you calculate how much energy a virtual particle can borrow?, if that makes any sence.....
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