Under his theory, termed cosmological natural selection, universes with more black holes will produce more progeny and so the laws of physics will evolve in a direction favorable to black hole production.
Every work of history is a ridiculously selective selection from the universe of possible dots.
Selection of universe and sample was not done due to using semi-experimental design; instead of this working group has been taken and group equity has been emphasized.
In particular, we introduce arguments that black holes may be a developmental destiny and standard attractor for all higher intelligence, as they appear to some to be ideal computing, learning, forward time travel, energy harvesting, civilization merger, natural selection, and universe replication devices.
Accordingly, Smolin ([1992]) devised an imaginative model of natural selection among universes that would eventually produce universes where life could evolve.
He's even developed a theory of "cosmological natural selection", where universes give rise to offspring universes with slightly different properties which may make them more or less likely to in turn spawn further universes.
As in biological natural selection, those universes with the right parameters for producing new black holes have descendants; those that do not disappear.
In the protein universe, selection is realized through function: mutations leading to loss of function are rarely observed.
"The Sounds of the Universe", a selection of space sounds turned into music by Mickey Hart, the former Grateful Dead drummer, and George Smoot, a Nobel Prize-winning cosmologist.
It is, above all, a book about beautiful theories -- triumphs of abstract thought like relativity, electromagnetism and natural selection that made the bewildering universe yield its secrets to human intelligence.
