H is the “phoenix particle” of the universe. The recycling of matter and energy in the universe occurs in an oscillatory cycle wherein matter converts to energy primarily by hydrogen atom decay via a hydrino pathway, and energy to matter conversion occurs by hydrogen atom production during gamma ray bursts. The matter-energy cycle drives a dependent space-time expansion contraction cycle. The decaying dark matter signatures of power and 511 keV gamma, neutral pion, neutron capture, and ratio of muon to electron neutrino emission match those of hydrogen atom decay from the high-p-state hydrino inventory comprising the dark matter. The characteristics, composition, and high energetics of cosmic rays in the absence of neutrino emission overturn long-held theory but match the signatures of H atom production. The rates of production and annihilation of matter and energy match those required to the complete the cycle over the period of oscillation of the universe (1T years). Hydrogen atom decay also matches a broad range of laboratory experiments such as transmutation, and neutron and energetic particle emission. H(1/p) decay releases energy of magnitude 1000 times that of atomic and thermonuclear energy, equivalent to that of matter antimatter annihilation.
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Hydrino Catalyzed Fusion (HCF) and Proton Decay
The Grand Unified Theory of Classical Physics
The Grand Unified Theory of Classical Physics is Available in Four Volumes to download or stream online.