Authors: Harold Kyriazi
A purely mechanical, atomistic aether-based paradigm for our universe is proposed. The theory’s hypothetical, indestructible corpuscles must be extremely hard, tiny, and fast, and constitute a dilute but highly energetic gas. They must also be capable of violating the second law of thermodynamics so as to produce dynamic structures out of chaos. Needle-like corpuscles, termed gyrons, with a high degree of orientation-stabilizing axial spin, are conjectured to be able to organize themselves throughout space into a fine 3-D matrix of toroidal vortices that constitutes the vacuum. These vortices, both to exist and to explain gravity, must continually eject longitudinally-oriented, greatly superluminal speed “gravitational gyrons” (GGs). According to the theory developed here, 1) matter consists of collections of right- and left-twisting, stronger versions of the vacuum vortices, and gravitates due to the smaller reactive cross-section and hence lower pressure of GGs ejected from other matter versus from the vacuum, 2) the large-scale organization of galaxies into walls and filaments is at least partly explained by the gravitational pressure differential transitioning from attractive to repulsive at very large distances, 3) the dynamic aspects of the vacuum and its interactions with matter may explain the measured constancy of the speed of light as well as various quantum mechanical phenomena, 4) the Big Bang is an illusion, with the redshift-distance relationship being due to a slow, progressive weakening of the matrix over cosmic time scales–and possibly a concomitant strengthening of matter vortices–owing to competition between vacuum and matter vortices for ideal spin-rate gyrons, and 5) the present cycle of the universe began with a Big Crystallization–of which the cosmic microwave background radiation is a remnant–and will end with a Big Dissolution, of all vortices. The theory is testable at both the cosmological and subatomic levels, by data fitting and 3-D animation simulations, respectively.
Comments: 40 Pages. This work is copyrighted under the Creative Commons Attribution-ShareAlike 3.0 Unported License.
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