The Origin of the Positron in terms of four spatial diemensions

Chapter Twenty-Two

Dimensional Mechanics
of Four Spatial Dimension

Einstein predicted the relativistic properties of space, time and that E=Mc^2 based primarily on the observation that the velocity of light remained constant despite the relative motion of an observer. He used conceptual thought experiments and mathematical arguments to justify the equation E=mc^2. His arguments were credible enough for some to expend the energy necessary to see if his predication that mass could be converted to energy was possible.

This resulted in the development of nuclear power.

"Shadows" also uses mathematical and conceptual thought experiments similar to those of Einstein to demonstrate the universe is composed of a four-dimensional *spatial* manifold instead of four-dimensional space-time manifold.

Additionally in Chapters two, three, and fifteen "Shadows" derives the relativistic properties of space and time, the quantum properties of mass and energy and the consistency of the velocity of light in terms of a common mechanism with respect to four *spatial* dimensions.

Unfortunately, Einstein's theories could only derive a mechanism for the relativistic properties of space and time and not one that could account for the quantum properties of mass and energy.

Therefore, the arguments presented in this paper would appear to be more credible and universally applicable than those presented by Einstein because they define a common mechanism responsible for both relativistic properties of space and time and the quantum prosperities of mass and energy where his theories could not.

What humankind must determine is if the arguments presented in this paper are credible enough to justify expending the energy necessary to examine the all of the possibilities, including high-speed four dimension communications systems and energy "wave guides" for transporting energy from one point in three-dimensional space to another through a fourth *spatial* dimension.

Below is a brief explanation of another potential benefit that may arise from analyzing the concepts contained the "Shadows" paper. The development of a device called a "Magnetic Resonator" which may allow for movement through a fourth *spatial* dimension at velocities greater than light.

Chapter eleven derived accelerations associated with magnetic forces in terms of a "tangential" "force" on a "surface" of a three-dimensional space manifold with respect to a fourth *spatial* dimension.

It may be possible to use this concept to design a device that will move through space by generating a magnetic force on a "surface" of a three-dimensional space manifold with respect to a fourth "spatial" dimension.

If one could fabricate a "Magnetic Resonator", a device that generates two concentric independently rotating spherical magnetic fields it MAY be possible to use the magnetic fields generated by this device to accelerate objects to velocities close to that of light.

It must be designed so that the orientation of axes of rotation of the magnetic spheres can be change with respect to each other.

According to the concepts developed in Chapter eleven if one misaligns the orientation of the rotational axis of the two magnetic spheres so that their magnetic poles do not line up a differential "force" with respect to a fourth *spatial* dimension, will be developed between the internal and external "surfaces" of the three-dimensional space manifolds associated with the "Magnetic Resonator"

This differential "force" generated on the space internal and external to the spheres will result in accelerating the "Magnetic Resonator" and its contents through space.