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The Unified Reality Theory II: Application of the Relational-Matrix Model to Spacetime and Physical Reality

Steven E. Kaufman


In this article, the relational-matrix model, as a visualizable representation of the structure of space, will be used to explain, among other things, why the physical relationships that Einstein mathematically described exist. Using the relational-matrix model to explain the behavior of physical reality, we will establish a conceptual basis for understanding how physical reality extends from the structure of space. By the end of this article, we will also have established a conceptual basis for understanding why nothing can truly be separated from anything else—i.e., why nothing can be said to exist independent of all other things. Specifically, within the context of the relational-matrix model, we will account for the following aspects of physical reality: (1) the relationship between space and time, including the basis of temporal relativity, as well as the precise nature of time as a function of the dynamic aspect of the spatial structure; (2) the basis of the speed-of-light constant, including why the frequency and wavelength of electromagnetic radiation are inversely related as a function of that constant; (3) the basis of Planck’s constant, including why the energy associated with electromagnetic radiation exists in discrete amounts, or quanta; (4) the nature of gravitation, including why matter  and gravitation are always associated and why gravitation is universally attractive; (5) the equivalence of the gravitational and inertial forces; (6) the relationship between electromagnetic radiation and gravitation; and (7) the nature of energy.

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