Symmetries of Light and Emergence of Matter

摘要

Objectives: This article will suggest a mathematical model for the strong connection between light and matter. Proposed properties of light will be shown to the birth matter at any level of complexity. Methods/Statistical Analysis: A conceptual analytical model is constructed to elaborate the structure of light and its link with the matter. Consistent with the genre of modern-day theoretical models in the realm of physics this model is exploratory at this stage and proceeds by first creating a symmetrical multi-layered model of light. The implicit quaternary symmetry is modeled by mathematical equations and shown to have a direct relationship on the emergence of matter at the varying scale of complexity. Findings: This article suggests a unification of light and matter. The unifying principle is an essential set of characteristics that is posited to be true of the nature of light that is also found to exist in the perceived reality of matter as it emerges from the field level, through the quantum, atom, and cell levels – hence at subsequent levels of complexity. The mathematical transformations that spawn layers of light are erected so as to allow infinite diversity to emerge from essential unity. Hence the diversity of matter and matter-based organizations is suggested to be an outcome of simple mathematical transformations that emanate from the four fundamental properties of light. A first transformation creates four sets each comprising of up to an infinite number of similar elements. A second transformation creates seeds organized through a combination of the elements from each set. Application/Improvements: Interpretations of Heisenberg’s Uncertainty principle and Schr?dinger’s Wave Equation. More detailed mappings of particles, of atoms, of molecular plans to the seed-type equations introduced in this article.