On the Physics of Natural Dimensions: The Cosmological Foundation of Chaos and Order (in English)
Synopsis "On the Physics of Natural Dimensions: The Cosmological Foundation of Chaos and Order (in English)"
The fundamentals found in this book rigorously describe the emergence of space through the mechanisms of unique association that were first extracted from and proven through combinatoric studies in two-dimensions. As methodological applied, these structural principles topologically correlate to the physical precursors of complex association that must ontologically underpin the observations and interpretations of quantum field theory and relativity at the very foundations of theoretical physics.Within the absolute associative rigors of this context, the physical operations of both space and time are emergent properties within the phasic evolution which naturally leads to four dimensions of space and the persistent currents of operational time. Within the self-generated symmetries of this holistic context, the self-referential consequence of interactive closure genetically determines and universally maintains dimensional density. Then with the detailed offsets exemplified by symmetry breaking, it simultaneously determines the proportional distribution and topological mechanics of nuclear emplacements. Overall, the inclusive reach of these precursive events inherently result in dimensional inflation and the observable products of 'Big Bang' nucleosynthesis.As a direct consequence, the well-defined limits to dimensional inflation, as lawful processes of conservation, which are functionally set by the topological definitions of unique association, fully explain and detail the basic mechanics of structural distribution. Being based upon a holistic assessment for all differential information, this originating distribution incidentally includes precise predictions for the percentages for both light and dark contributions of matter and energy as byproducts of processes that must maintain singularity (unity). These same processes also explain the observed differences between matter and antimatter within this interactive collective of polarized field distributions.These combinatorial and topological principles demonstrate that the observable universe exists and persists as a self-generating ensemble of dynamic ratios. Theoretically, this simply means that the physicality of the universe must remain lawfully deterministic even though the hectic complexity of composited outcomes ultimately expresses the potential energy of stochastic distributions-such as interactively manifested in thermodynamic processes. However, the key deterministic features of combinatorics and the topological conditions for expansion and contraction are dictated by the scalar limits of 'unique association' and structurally imposed by the absolute density of dimensional closure. Consequently, the emergent properties given by those scalar limits as pure ratios allow methodological measurements to directly predict and calculate the values conceptually related to anomalous magnetic dipole moment, Newton's constant for gravity, Plank's constant, formulations for the mass of the neutron, proton, electron, neutrino, the exact formulation for the limit on the speed of light, and the effective value for elementary charge. These findings immediately demonstrate that the fine-structure constant must be a derivative related to the byproducts of precursive causal processes. Philosophically, this mathematically proves that this physical level of conjunctive reality remains quantitatively and qualitatively deterministic as a direct consequence of dimensional inflation and closure.
