A couple of interesting black hole papers

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SUMMARY

This discussion highlights two significant papers on black hole formation and gravitational collapse. The first paper, titled "You Probably Cannot Produce Super-Extremal Kerr Black Hole" (arXiv:1105.0122), addresses the theoretical limitations in creating super-extremal Kerr black holes. The second paper, "Gamma Factor Contribution to Black Hole Formation" (arXiv:1209.6138), discusses how the gamma factor influences the likelihood of black hole formation during collisions, asserting that the Large Hadron Collider (LHC) is unlikely to produce black holes. The conversation emphasizes the relevance of these findings to the hoop conjecture in extreme collisions.

PREREQUISITES
  • Understanding of General Relativity (GR)
  • Familiarity with black hole physics
  • Knowledge of the hoop conjecture
  • Basic concepts of particle collisions and gamma factors
NEXT STEPS
  • Research the implications of the hoop conjecture in black hole formation
  • Explore advanced topics in General Relativity related to gravitational collapse
  • Investigate the limitations of particle accelerators like the LHC in producing black holes
  • Study the properties and characteristics of Kerr black holes
USEFUL FOR

Astronomers, physicists, and researchers interested in gravitational collapse, black hole formation, and the theoretical limits of particle physics will benefit from this discussion.

PAllen
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In another thread (on Oppenheimer-Snyder collapse), I posted a link to some lecture notes on gravitational collapse. Checking on the author, I find he is extremely prolific on many fundamental areas of GR (from the computational standpoint). Of particular interest:

http://arxiv.org/abs/1105.0122
catch phrase: you probably cannot produce super-extremal Kerr black hole

http://arxiv.org/abs/1209.6138
If two bodies collide, gamma factor does contribute to likelihood of forming a BH;
LHC hasn't got a chance to produce them, though.
 
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No more to add. These papers stand on their own. Looking back on these, I find the second particularly interesting for validating the hoop conjecture for extreme collisions.
 
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