Life in the Cosmos

I have no training in advanced physics, and I want to make sure that I
understand a couple of the concepts that I read in Smolin (1997) _The_
_Life_ _of_ _the_ _Cosmos_. Smolin proposes Cosmological Natural
Selection (CNS), where evidently a self-organizing mechanism makes a
black hole with entropy per baryon = 10^20 to generate a universe with
entropy per baryon = 10^<8. And as far as I can guess, he proposes an
origin of past-eternal oscillation where evidently there never was an
open universe that failed to generate a black hole until there were
multiple universes that started to generate multiple black holes. Does
this sound like a correct interpretation of CNS?

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Relevant Pages

  • Life in the Cosmos
    ... entropy per baryon = 10^<8. ... open universe that failed to generate a black hole until there were ... multiple universes that started to generate multiple black holes. ...
    (sci.physics)
  • More on dark matter, baby universes and black holes
    ... evidence of 'dark matter'). ... Also, as we near the event horizon, ... billion years for our universe, which is well within the error ... Below I posit that whenever any black hole forms, ...
    (sci.astro)
  • Do black holes create baby universes which create dark matter gravity?
    ... baby universes and dark matter. ... tational potential back into our universe (which we perceive as ... Below I posit that whenever any black hole forms, ... effect of a large number of 'dark matter' gravitational potentials ...
    (sci.physics)
  • Can dark matter = baby universes linked to black holes?
    ... the black hole will be discovered to be the ultimate ... evidence of 'dark matter'). ... Also, as we near the event horizon, ... billion years for our universe, which is well within the error ...
    (sci.physics)
  • Can dark matter potential arise from baby universes linked to black holes?
    ... the black hole will be discovered to be the ultimate ... evidence of 'dark matter'). ... Also, as we near the event horizon, ... billion years for our universe, which is well within the error ...
    (sci.physics.particle)