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ANALYTICAL EVALUATION OF THE NUMERICAL VALUES OF THE HUBBLE CONSTANT AND MAIN SPATIAL-ENERGY CHARACTERISTICS OF THE OBSERVABLE UNIVERSE

2019
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Digital Technologies
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Since the baryonic matter of the observable Universe consists mainly of protons and neutrons, then the numerical value of its mass can be represented and calculated on the basis of an additive-multiplicative golden algebraic fractal, based on golden algebraic fractals of the masse of proton, neutron, and muon. Based on an analytical estimate of the mass of the observable Universe, using the law "Planck's Universal Proportions", an analytical estimate of the Hubble constant and the main

doi:10.33243/2313-7010-26-7-21
fatcat:qvodyyyjpzfczat4d4dpw3gu7e