Originally Posted by

**jerrygg38**
I have reformulated the manuscript to make it clearer to people.

In this chapter, the Dot-Wave Unified Field theory will be introduced. The theory is based upon the proposition that the entire universe is composed of a multiplicity of three basic things. The first is a positive dot-wave of charge 1.13144E-57 coulombs. The second is a negative dot-wave of charge 1.13144E-57 coulombs. The third ingredient for the structure of the universe is a bipolar dot-wave of mass 7.33982E-69kilograms. Every particle, sub-particle, and photon is composed of the dot-waves. Empty space itself is packed with dot-waves.

The Dot-Wave theory specifies that the universe operates upon a very simple principle that electrical energy transforms into mechanical energy and visa versa. Thus a positive dot-wave and a negative dot-wave combine to produce a bipolar dot wave. The positive and negative dot-waves have electrical energy and momentum. They do not possess the property of mass. Bi-polar dot waves have zero net DC charge. They have the property of mechanical energy and mass.

The Top equation of the universe is a transformation equation. Two opposite dot-wave charges combine to produce a bipolar dot-wave mass. Thus:

Qd + (-Qd) = Md (1-1)

In equation 1-1 we see that a positive dot-wave and a negative dot-wave transform to produce a massy dot-wave. Equation 1-1 is the Top Equation of the Universe. Although coulombs and kilograms appear as different properties, they are related by energy equations and are also related by the above transformation equation. Thus coulombs and kilograms are sister transformational units.

2.26288E-57 coulombs = 7.33982E-69kilograms (1-2)

1 coulomb = 3.24357E-12 kilograms (1-3)

Therefore:

1.60218E-19 coulombs = 5.19678E-31kilograms (1-5)

In equation 1-5, when a proton with charge +Q combines with a neutron with an electron with charge –Q to form a neutron, the gain of mass from electrical energy is:

Mass increase = 2 x 5.19678E-31 = 1.039356E-30kg (1-6)

Some of the mass increase of the neutron comes from the conversion of electrical charge to mass. Only a small amount of energy comes from the neutrino in the press. Thus the proton loses plus dot-waves while the electron loses minus dot-waves when the neutron is formed. The result is additional bipolar dot-waves are produced in the process.

We can also express the kilogram in terms of coulombs. Thus:

1 kilogram = 3.08302E11 coulombs (1-7)

In equation 1-7 we find that if we take one kilogram of material and completely convert it into photonic energy, we will obtain 3.08302E11 coulombs of dot charge in the form of plus dot-waves and minus dot-waves. The sun is continuously converting kilograms of matter into photonic energy. In the process many protons and electrons themselves are reduced to pure photonic energy. Thus the main engine of the sun is the destruction of the protons and electrons into photonic energy.

The bipolar dot-wave energy is:

E(BIPOLAR DOT) = MdC^2 = 6.59668E-52 =6-59688E-52 (1-8)

Each individual dot-wave has an equivalent electrical energy of half the bipolar dot-wave energy. Therefore:

Ed = 3.29834E-52 (1-9)

The interaction between the dots within the particles and the dots of space produces the Heisenberg Uncertainty principle. They cause the Double slit experiment results. This will be explained in later chapters. The above calculations will be explained in this chapter and chapter 2.

Since mass and charge are transformations of each other, we can replace mechanical equations for gravity with sister electrical transform equations. This will enable us to calculate the time of the universe since big bang. It will enable us to calculate the radius of the photonic wave since big bang. This coincides with the outer radius of the universe.

The transformation equations for gravity enable us to understand the reasons for gravity. Thus we can produce an electrical sister equation for the gravitational constant. The mechanical gravitational equations are the result of interactions between the dot-waves of one mass, the dot-waves of a second mass and the interactions of the space dot waves. This produces very complex wave type equations, which are beyond the scope of this book. The electrical equations are Thevenin type transformation equations. These equations provide a dual solution to the mechanical wave type solution.

As will be shown later coulombs and kilograms are transformations of each other and a unit of radians per second can replace both. Thus the electrical world and the mechanical world can both be described in terms of wave motion.