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Re: Quark Gluon Experiment And Black Hole Generation
Forum List | Follow Ups | Post Message | Back to Thread Topics | In Response To Posted by Kev on September 21, 1999 15:41:08 UTC |
Black hole evaporation due to Hawking radiation with Planck mass I find difficult to understand. Is it possible to state that a black hole of such low mass does not have a horizon? Also, is it safe to assume that the generation of such a black hole is unstable and that the Hawking radiation generated is so large in comparison to the mass of the black hole that a Planck mass black hole could never become stable? If this is true, I assume there is some minimum mass for a black hole to become stable and create a horizon? Perhaps certain external conditions need to exist in order for a stable black hole to expand, otherwise, even a stable black hole will eventually succumb to evaporation due to Hawking radiation? Ultimately, I wonder what the current theories are for the minimum mass to create a stable black hole?
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