White Holes & Eternal Black Holes: Stephen D.H. Hsu

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SUMMARY

The discussion centers on Stephen D.H. Hsu's paper regarding white holes and eternal black holes, accessible via http://arxiv.org/abs/1007.2934. Key points include the distinction between microscopic and macroscopic black and white holes, with a focus on the explosive radiation emitted by white holes. The discussion highlights a lack of clarity regarding the time-scale for this radiation process and the formation of white holes, indicating areas that require further exploration.

PREREQUISITES
  • Understanding of black hole physics
  • Familiarity with concepts of radiation in astrophysics
  • Knowledge of time-scale analysis in physical processes
  • Basic comprehension of theoretical physics terminology
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  • Research the formation processes of white holes
  • Explore the implications of radiation emitted by white holes
  • Study the differences between microscopic and macroscopic black holes
  • Investigate time-scale measurements in astrophysical phenomena
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Astronomers, theoretical physicists, and students interested in advanced concepts of black hole dynamics and radiation processes.

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White holes and eternal black holes
Stephen D.H. Hsu
http://arxiv.org/abs/1007.2934

I though this was very interesting, and partially cleared up some of the confusion I'd had about this topic in the past. The introductory section is very nontechnical and accessible.

One thing that wasn't very clear to me was whether the entire paper only tells us anything interesting about microscopic black and white holes, or whether it also tells us something useful about macroscopic ones.

He says that white holes explode into radiation. I guess there would have to be some kind of time-scale for this process. But when does the clock start ticking on that time? He doesn't seem to explicitly consider the process of formation of a white hole, so that issue seems muddy to me.
 

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