Search Results: 'Fractal Scale Cosmology'


2 results for "Fractal Scale Cosmology"
Fractal Scale Cosmology : Framework Summary By Robert DeMelo
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Here a concise guide to the current state of fractal scale cosmology is given. It describes a unique fractal and velocity dependent scaling framework on quantum and macroscopic cosmology detailing an... More > intrinsic, self-similar correlation to the geometry and material structure fundamentally constituting those cosmologies and respective dynamics. This highly predictive, heuristically formulated framework derives a series of interesting and precise results linking cosmic macroscopic objects to quantum scaled counterparts. These results include deriving the elementary charge from its macroscopic scale relative, scaling planetary masses to quantum particle charges, describing the link between charge and mass of quantum particles, demonstrating links through scaling between physical constants, explaining matter, mass and energy through interaction with a spatial quantum medium constituted of sub-quantum particles, and subsequently constituted of smaller discretely scaled self-similar mediums by scale factors of S.< Less
GPRA:REPMES By Robert DeMelo
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This book describes a fractal scale-invariant, velocity dependent framework on quantum and macroscopic cosmology detailing an intrinsic self-similar correlation to the geometry and material structure... More > fundamentally constituting those systems. A collection of empirical results are given describing matter, inertial mass and energy, that planets and star systems are quantum particles and atoms respectively through scale relation, a fractal scale variation on weak force interaction, the Higgs mechanism and field, and the fundamental forces. All this is derived through the employment of a unique and explicitly defined scale projection of cosmological systems and dynamics on atomic and quantum systems. Most significantly, it also describes the perihelion precession of Mercury and derives the value of 43.6 arc-secs/century through computer simulation (source code included) using the derived scaling transforms of this framework, giving a viable extension to classical gravity theory.< Less

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