Little Black Holes: Dark Matter And Ball Lightning

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SUMMARY

The discussion centers on the hypothesis proposed by Rabinowitz regarding the existence of "little black holes" and their connection to ball lightning. It asserts that these black holes do not vaporize quickly and that gravitational tunneling accounts for the missing mass in current theories. The paper suggests that ball lightning could serve as a practical test for this model, which has garnered interest in the astrophysics community despite its speculative nature. The discussion highlights the need for further robust formulation of these conjectures.

PREREQUISITES
  • Understanding of Hawking radiation and its implications in astrophysics.
  • Familiarity with gravitational tunneling concepts.
  • Knowledge of ball lightning phenomena and its historical observations.
  • Basic principles of quantum gravity theories.
NEXT STEPS
  • Research the implications of Hawking radiation in modern astrophysics.
  • Explore gravitational tunneling and its role in theoretical physics.
  • Investigate the characteristics and theories surrounding ball lightning.
  • Study current models of dark matter and their limitations.
USEFUL FOR

Astrophysicists, theoretical physicists, and anyone interested in the intersection of quantum mechanics and cosmology, particularly those exploring unconventional theories related to dark matter and energy phenomena.

Ivan Seeking
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"Thus one may observe the decay [Hawking radiation] only if one makes an infinite succession of measurements. So in a sense one may never be able to observe the Hawking effect." The radiation described in the present paper differs substantially from Hawking's, and a case is made here that it has already been observed indirectly in ball lightning [continued]
http://arxiv.org/ftp/astro-ph/papers/0212/0212251.pdf
 
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WOW Ivan, that was interesting!

So if what Rabinowitz is suggesting is correct, in order to explain "ball lightening" we have to accept the hypothesis that "little black holes" exist, that they do not vaporize super quickly, and that "gravitational tunneling" must happen and accounts for all the missing mass that current theories suggest. WOW, I might say it was bit specious but then again I am not that formally acquainted with Hawking work nor the suggestions relating to quantum gravity. It would be interesting though and would certainly turn heads in the astrophysics world. Most interesting of all is the hypothesis that "ball lightening" can be a test of his model. One more time, WOW!

Wait and see, apparently it made it pass the reviewers at the archives. Of course he would have a lot more to do in order to robustly formulate his conjectures. His justification for gravitational tunneling was certainly a back of the bar room napkin kind of derivation. He does seem to do some good accounting for the energies involved with ball lightning though. Then again, what the heck do I know?

Hey, if he is correct, this would explain a lot of those ufo's and opens the door for some other wild speculations.
 

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