Inner and Outer Electron Orbits

There are two ways matter interacts with space. One way is for matter with an angular velocity to cause a warping of space. This type of matter is known as an active mass. Since mass must always be aligned with the direction of universal expansion, then the active mass warps space by wraping space around itself by spinning in place. The spinning causes space to become more parallel with the active mass. The more space becomes parallel to the active mass the more spacial mass of matter will be created from the temporal mass of light. As matter increases the more space will become warped, so that space will be bent and twisted as it wraps around the spinning active mass. If space should become completely wrapped around the active mass, then its matter will become infinite, causing space to become parallel to matter and a black hole will be created. Another way is for matter with a linear velocity to cause a warping of space. This type of matter is known as a passive mass. Since mass must always be aligned with the direction of universal expansion, then the passive mass warps space by building up space as a probability wave front in the direction of travel. The building up of the wave front causes space to become more parallel with the passive mass. The more space becomes parallel to the passive mass the more spacial mass of matter will be created from the temporal mass of light. As matter increases the more space will accumulate as part of the wave front, so that space becomes stacked upon itself as it collects in the direction of the moving passive mass. If space should become completely heaped in the direction of the traveling passive mass, then its matter will become infinite, causing space to become parallel to matter, creating a space wave barrier. An example of an active mass is the sun and an example of a passive mass are the planets. The sun spins with an angular velocity at the center of our solar system, while the planets orbit the sun with linear velocities, reacting to the warping of space by the sun. In relation to the planets the sun is not moving and so has an invariant mass of m₀, while the planets are moving around the sun and have a relativistic mass of m. In general, invariant mass is found at the centers of clusters of matter, and relativistic masses are found within the clusters of matter and beyond. The same can be said of the atom with the nucleus of the atom represented by the sun and the electrons of the atom represented by the orbiting electrons. The nucleus of the atom will have a rest mass of m₀ and the orbiting electrons will have a relativistic mass of m. Therefore, rest mass is created from the expansion of the universe through the 4th dimension. Movement of mass through the 4th dimension, which is a spacial dimension beyond our ability to experience it, will produce time with a minimum interval. Since rest mass is spacial mass, then relativistic mass is composed in some portion of the temporal mass of light. The further the passive mass is from the active mass the more temporal mass it will possess and the more it will take on the characteristics of light. Time begins to slow as the passive mass increases in velocity due to its movement through the 3 dimensions of space. Movement of mass through space creates time from the 3 dimensions of space, so 4th dimensional time for the passive mass slows as less time is created from the 4th dimension as its speed increases through the 3 dimensions of space. The faster the passive mass moves through the 3 dimensions of space the slower time will flow from the 4th dimension. If the passive mass should reach the speed of light, then all time will be generated from the 3 dimensions of space and no time will be generated from the 4th dimension of time. A passive mass traveling at the speed of light will be in the form of the temporal mass of light. A Photon is created when spacial energy of an electron increases. A quantum of gravity is created when temporal energy of an electron increases. When compared to electrons in the outer orbits from the nucleus of the atom, electrons in the inner orbits from the nucleus of the atom will have more spacial matter and possess more of the spacial energy of gravity. Time will move more quickly for the inner orbit electrons, since they will be composed of mostly spacial mass. When compared to electrons in the inner orbits from the nucleus of the atom, electrons in the outer orbits from the nucleus of the atom will have more temporal matter and possess more of the temporal energy of the photon. Time will move more slowly for the outer orbit electrons, since they will be composed of mostly temporal mass. Electrons near the nucleus will exhibit more of a particle nature, and electrons far from the nucleus will exhibit more of a wave nature. Aatucagg believes that the atomic mass-energy of inner orbital spacial mass affects the unconscious mind, while the atomic momentum-energy of the outer orbital temporal mass affects the conscious mind.

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Electron Orbits

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Electron Orbits