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The payload of a probe to another stellar system would be a self-reproducing universal constructor with human level intelligence (...a von Neumann ma… - Frank J. Tipler
" "The payload of a probe to another stellar system would be a self-reproducing universal constructor with human level intelligence (...a von Neumann machine) together with an engine... travelling... within the stellar target system—[the engine] could be an electric propulsion system... or a ...
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About Frank J. Tipler
(born February 1, 1947) is an American mathematical physicist and cosmologist, holding a joint appointment in the Departments of Mathematics and Physics at Tulane University. Tipler has written books and papers on the based on Pierre Teilhard de Chardin's religious ideas, which he claims is a mechanism for the resurrection of the dead. He is also known for his theories on the (Tipler time machine) and for the , an argument that no intelligent life exists outside of the Solar System. His work has attracted criticism, notably from systems theorist George F. R. Ellis who has argued that his theories are largely pseudoscience.
Also Known As
Native Name:
Frank Jennings Tipler III
Alternative Names:
Frank Jennings Tipler
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Additional quotes by Frank J. Tipler
The probability that intelligent life which eventually attempts interstellar communication will evolve in a star system is usually expressed by the :<math>p = f_pn_ef_lf_if_c</math>where <math>f_p</math> is the probability that a given star system will have planets, <math>n_e</math> is the number of habitable planets in a solar system, <math>f_l</math> is the probability that life evolves on a habitable planet, <math>f_i</math> is the probability that intelligent life evolves on a planet with life, and <math>f_c</math> is the probability that an intelligent species will attempt interstellar communication within 5 billion years after the formation of the planet...
[M]aterials [to reproduce the von Neumann machine] should be available in virtually any stellar system—including systems—in the form of meteors, asteroids, comets, and other debris from the formation of the stellar system. ...[M]aterial in asteroids are highly differentiatied; many... are largely nickel-iron, while others contain large amounts of hydrocarbons.
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