Authors: Ramzi Suleiman
The paper presents a relativistic extension of Newton’s mechanics, termed Newtonian Relativity, and utilizes it to infer the state of the observable universe. The theory is successful in making significant predictions regarding the accelerating nature of the universe, its composition of matter, dark matter and dark energy, and regarding the time-line of the evolution of chemical elements. The theory yields simple expressions for the dynamics of normal matter, dark matter, kinetic energy and dark energy, in their dependence on redshift. It also yields simple expressions for the prediction of Ω_matter and Ω_Λ for any given redshift range. Predictions from these expressions are compared with observations based ΛCDM cosmologies. Strikingly, the theoretical distribution of the kinetic energy density in the universe is bell shaped and symmetrical around the famous Golden Ratio. With regard to the evolutionary time-line of chemical elements, the theory predicts that the chemical elements may have been formed twice: first, in massive galaxy structures at the early universe, and second, in young galaxies in the recent history of the universe.
Comments: 29 Pages.
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