Cosmological natural selection proposes that, if new universes are born inside black holes, a 'multiverse' of many possible universes could be shaped by a process similar to natural selection so that successive generations of universes evolve to become better at making black holes..
The proposition that intelligence is an adaptation for universe reproduction necessarily implies that life was designed by cosmological natural selection, but not that it was produced by intelligent design.Jun 26, 2019.
Cosmic evolution is the study of the sum total of the many varied developmental and generational changes in the assembly and composition of radiation, matter, and life throughout the history of the Universe..
Cosmological natural selection (CNS), also known as fecund universes, is a prominent theory of universe evolution, development and reproduction originally proposed by eminent theoretical physicist and quantum gravity scholar Lee Smolin in 1992.Aug 10, 2022.
The theory contains the evolutionary ideas of "reproduction" and "mutation" of universes, and so is formally analogous to models of population biology.
Alternatively, black holes play a role in cosmological natural selection by reshuffling only some matter affecting the distribution of elementary quark universes..
The theory contains the evolutionary ideas of "reproduction" and "mutation" of universes, and so is formally analogous to models of population biology .
Alternatively, black holes play a role in cosmological natural selection by reshuffling only some matter affecting the distribution of elementary quark universes.
Cosmological natural selection, also called the fecund universes, is a hypothesis proposed by Lee Smolin intended as a scientific alternative to the anthropic principle.
It addresses the problem of complexity in our universe, which is largely unexplained.
When Smolin published the theory in 1992, he proposed as a prediction of his theory that no neutron star should exist with a mass of more than 1.6 times the mass of the sun. [citation needed] Later this figure was raised to two solar masses following more precise modeling of neutron star interiors by nuclear astrophysicists.
Smolin's hypothesis of cosmological natural selection, also called the fecund universes theory, suggests that a process analogous to biological natural selection applies at the grandest of scales.
Smolin published the idea in 1992 and summarized it in a book aimed at a lay audience called The Life of the Cosmos .
