INTRODUCTION

The objective of the present work is to demonstrate a correlation between electromagnetic forces and the energy exchange attributes of the quantum vacuum. The purpose of this work is to unify electromagnetism and gravitation in an attempt to unite all forces in the context of quantum gauge field theory. To date, the field theory has been successful in unifying only the weak and electromagnetic forces and describing the strong force, on the subatomic level, in what is currently known as “the Standard Model”. Gravity and inertia remain isolated from the standard model, because little is known about the geometry of space-time quantum vacuum in which they are generated. If a correlation between the electromagnetic force and the attributes of the quantum vacuum could be demonstrated and its prognostications tested and verified, then there is a reasonable probability that a model for artificial gravity could be developed using the principles of the strong force interactions. The above referenced correlation was discerned from predictions of the new “Cosmic Matrix Displacement” model (CMD), developed by Theodore E. Davis.

The Standard Model of particle physics is a comprehensive theory developed over the last thirty years that identifies the basic particles of our universe and specifies how these particles interact. The Standard Model has been meticulously tested to confirm all of its predictions, except for gravity. There have been several attempts to combine quantum mechanics and general relativity by expanding the current relativistic quantum field theories to include gravity. To date, the attempts have been unsuccessful, primarily because physicists believe that gravity does not have the same "structure” as the other forces. There are also other aspects of quantum theory research upon which physicists do not completely agree. Fortunately, through the history of scientific research, new discoveries, new concepts, and new thoughts develop to clarify what appears to be a hopeless mystery at the time. On the other hand, what seems to be indisputable may turn out to be a misinterpretation of the experimental data.

The Cosmic Matrix Displacement Model (CMD) is a new theory, based upon Einstein’s efforts to integrate light and gravity. CMD solves a number of problems that the Standard Model, as yet, has not been able to accommodate, specifically gravity and inertia.

The purpose of the CMD is not to overturn the Standard Model. Instead, the CMD reveals new inherent characteristics of particle physics and cosmology that can be used to coalesce the Standard Model ambiguities.

The current methods used by physicists for the discovery of new particles are to utilize large Electron-Positron Colliders (LEP’s) or large Hadron Colliders (LHC’s) to accelerate various particles and collide them with particles at rest. The resultant debris patterns are recorded in a detection device. The patterns or traces of the interacting particles have been interpreted or extrapolated to generate a picture for the fundamental particles of ordinary matter. This includes the three known forces in the universe: electromagnetism (or the electroweak force), the strong force, and gravity.

The Cosmic Matrix Displacement model reveals the fundamental attributes of the Space--Time Continuum (STC) that combines all three forces together. This includes the force of inertia that is the key to understanding mass (or lack of mass) and acceleration of all particles. The CMD describes the unifying force as “Displacement Gravity” (DG). All particle motion and their interaction is the result of a variation of Displacement Gravity.

Displacement Gravity is defined as “a spatial vector force“ resulting from curviform aspects of the Space--Time Continuum (STC) acting on the smallest fundamental subatomic particles that form quarks.

I do not consider myself an expert in physics, but I have a unique expertise that allows me to visualize the structures of the subatomic realm. I’m sure you will all agree with me that we perceive our existence through the basic senses of sight, sound, touch, taste, and the memory of all the data we take in from our basic senses. Without the ability to hold or store data, we could not construct mental images to compare with new data coming in from our four senses. In other words, our ability to learn or gain understanding is dependent upon the perception of change in the data received by the four senses.

With this in mind, my presentation is graphic rather than verbal. The images in this presentation are generalized for the purpose of establishing a mental image that I think is understandable.

Remember, no one will ever see the actual images of the subatomic world. The most important aspect of this presentation is the fact that it is not necessary to demonstrate how gravity works to understand the basic principle of gravity.

- T. E. Davis, 2003