Throughout human history, the trend lines that have stretched across the many sets of civilizations that have inhabited the Earth, have indicated that sufficient advances in mankind's overall scientific agency, knowledge, and intellect could eventually culminate in the formulation of a cohesive set of equations, or mathematical axioms, that could be used to discern (or decipher) a set of physical laws that truly pertains to all things in the material universe; where these laws could include, but would not be limited to, the motion of galaxies, the creation of planets, and the sustained emergence of biological complexity within the universe. However, here in the twenty first century, many of the most advanced and widely accepted theories, or systems of equations, that have recently been put forth by humanity, tend to be diametrically opposed to each other; and, thus, fall far short of being able to explain, in any consistent way, many of the things observed within the universe, such as the creation of life, or the dynamic motion of stars within spiral galaxies. Consequently, this paper takes an intentionally unorthodox, unconventional, or a less mathematically rigorous approach, and instead uses plain standard language, or visually descriptive language, to highlight three (3) of the yet to be fully understood things about the nature of the physical universe. These are: (1) the mechanisms that facilitated the creation and evolution of the Earth's moon alongside the Earth; (2) the fractal system that shaped the Earth's position in the overall scale of the material Universe; and (3) the process by which energy from the planet helped to facilitate and induce the many nuclear, chemical and physical reactions that led to the emergence of eukaryotic biological complexity on the surface of the Earth.
Kwame A Bennett