2021
DOI: 10.5539/apr.v13n2p39
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A Classical Physics Approach for Space Expansion: The Hubble Drift

Abstract: Accelerating expansion of metric space AEMS is investigated with classical Newtonian mechanics. Relying on earlier positions, the results are analyzed to reveal what could be a new understanding of the theoretical framework of the subject. Notably, it is shown that space is physical; it comprises aggregated waveforms of the chemical elements and shares identical quantization, periodicity and mass-evolution with matter. Three plausible methods are identified for classical investigation of the Hubble effect, all… Show more

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Cited by 3 publications
(4 citation statements)
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“…It librates from an element of doubt the philosophies underlying the CP and restores greater confidence on its underlining assumptions. Notably, prior evaluations of: absolute atomic mass [17]; the fundamental physical constants [16,20], mass and energy densities of the cosmos, [19] and recent explanation of the Hubble drift [23] have all received a strong backing from the present results.…”
Section: Newtonian Gravitation Phenomenologymentioning
confidence: 63%
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“…It librates from an element of doubt the philosophies underlying the CP and restores greater confidence on its underlining assumptions. Notably, prior evaluations of: absolute atomic mass [17]; the fundamental physical constants [16,20], mass and energy densities of the cosmos, [19] and recent explanation of the Hubble drift [23] have all received a strong backing from the present results.…”
Section: Newtonian Gravitation Phenomenologymentioning
confidence: 63%
“…Detailed analysis of (2) reveals that: (i) oscillation frequency ν identifies with the primitive e-m radiation that defines the atom; (ii) ν is a quadruplet, each of its four values refers to a phase of a quadri-phasic common reality; (iii) ν gives rise to four atomic mass generations three of which are well known [12][13][14], the fourth, daily encountered yet unknown, identifies with the atomic waveform; (iv) the waveform, characterized with ultra-low atomic mass values, constitutes the CVF; thus, the vacuum field is physical [15][16][17][18][19], it comprises a pool of atomic em oscillations each defines the chemical element; (v) the atom's physical properties derive from linear correlation of classical simple harmonic motion SHM parameters of its e-m oscillation; these, of course, include four atomic mass m variants and corresponding variants of frequency ν, radius r, angular speed ω, stress σ, strain γ, modulus ϵ, density ρ, and centripetal force F. Evaluation procedure of these parameters have been presented, [16,20]. [21], natural radioactivity [22], expansion of physical space [23].…”
Section: Methodsmentioning
confidence: 99%
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