Authors: Moses Turkle Bility
The main purpose of this article is to elucidate a mechanical interpretation of the gravitation phenomenon. Additionally, this article unifies Newtonian and general relativity theoretical frameworks using the wave equation, which is the mathematical framework of quantum physics. Here I propose a novel theory, “Equilibrium theory” which asserts that the universe is an infinitesimally large and continuous differential energy density structure - a compressible fluid, as analyzed from a uniform and constant non-associated (fixed) reference frame. Equilibrium theory asserts that the universe is always at equilibrium and is composed of demarcated “compressed fluid” (i.e. matter – planets, objects) and demarcated “stretched fluid” (i.e. photon) of approximately uniform energy density along with demarcated surrounding fluid of differential energy density (i.e. space); thus it is accurately represented using the wave equation, which describes the nature and dynamics of non-discrete and continuous structures. Dynamics in weak and strong gravitational field results from the energy exchange within the “compressible fluid”, resulting in the reconfiguration of the differential energy density within the “compressible fluid”, and thus termed motion. Furthermore, dynamics in strong gravitational field (gravitational dynamics) is due to the existence of demarcated surrounding space of differential energy density with increasing magnitude in the direction of motion as analyzed from a uniform and constant non-associated (fixed) reference frame; this differential energy density is induced by the existence of a relatively high energy density structure (i.e matter – planet). Dynamics in weak gravitational field (dynamics in inertial reference frame) is also due to the existence of demarcated surrounding fluid of differential energy density with increasing magnitude in the direction of motion as analyzed from a uniform and constant non-associated (fixed) reference frame; thus it is equivalent to the gravitation phenomenon, albeit transient due to rapid dissipation during perturbations. Equilibrium theory provides a novel framework for elucidating the nature and dynamics of the universe using a fluid mechanical model.
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[v1] 2014-09-24 08:02:48
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