Big Bang, Big Bounce: How Particles and Fields Drive Cosmic Evolution |
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Big Bang Big Bounce: How Particles and Fields Drive Cosmic Evolution Iosif L. Rozental Limited preview - 2012 |
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a-particles anthropic principle atoms baryon number baryonic asymmetry bosons characteristic charge symmetry closed Metagalaxy complex Consequently consider consist corresponds cosmic background radiation cosmology coupling constant density of matter determined deuteron dimension dynamics electric charge electrodynamics electromagnetic interaction electron energy density epoch equations evolution exchange particles existence expansion experimental fact field theory fluctuation follows forms of matter Friedmann model fundamental constants galaxy clusters galaxy formation grand unification gravitational interaction hadrons helium Hence Hubble's hydrogen isospin isotropy leptons lifetime luminosity main sequence mass difference Metagalaxy mwes neutrino neutron stars nuclear nuclei nucleons nucleosynthesis numerical values objects observed occur order of magnitude parameters physical laws physical vacuum physicists planets positrons possible problem properties proton decay quantity quantum numbers quarks question radius ratio relation relativity result Sect spin stable stellar strong interaction temperature thermonuclear reactions tion unified Universe velocity weak interaction white dwarfs X-boson