Modern Cosmology & Philosophy
Did the universe originate from a "big bang" as argued by leading astrophysicists & others? Or does some other theory more accurately describe its beginnings? Are there other forms of life in our universe? What about other universes? Was our universe specially formed to support life? Does our universe have a purpose? What are the conditions under which life begins & evolves, & how does it become extinct? This volume offers superb selections on modern cosmology, relativistic theories of the universe, the Big Bang, the problem of God & creation, cosmology & verifiability, coincidences, origins & evolution, multiple universe theories, infinity, chaos, life forms, the end of time, & the limits of our knowledge. This volume includes work by Sir Hermann Bondi, William Lane Craig, Paul Davies, R. H. Dicke, G. F. R. Ellis, Stephen Jay Gould, Adolf Grunbaum, Heinz R. Pagels, Sir Martin Rees, Quentin Smith, Richard Swinburne, & others.
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Ernan McMullin Is Philosophy Relevant to Cosmology?
George Gamow Modern Cosmology
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anthropic principle argument assume assumption astronomers atoms Big Bang model billion black holes Bondi boundary conditions Carter causal cause claim collapse constant Copernican Principle cosmic Cosmological Principle cosmologists cosmology cosmos creation density distance divine domain Earth Einstein electron energy epoch equations evidence evolution evolve example existence expanding universe expansion explain fact false vacuum fine-tuning finite fluctuations force strengths fundamental galaxies gravitational Hawking Hawking's helium hydrogen idea infinite inflation inflationary intelligent interpretation isotropic large number laws of physics life-permitting light Mach's Principle mass mathematical matter multiple universes Narlikar nature neutron neutron stars nuclear observations occur origin particles philosophical physicists planets possible postulate predictions present problem properties protons quantum theory quasars question radiation reason recollapse red shift region relativistic relativity scalar field scientific scientists singularity space space-time spatial stars steady-state theory structure suggest supposed temperature temporal tion Tipler universe's vacuum vacuum fluctuation verse