Gravity and Light Waves

For this discussion, it is assumed that mass is at rest and any movement of the mass is due to the oscillation of the fabric of space by the gravity wave. It should also be understood that the 4th dimension of time is just like the 3 dimensions of space, except this is the dimension that the universe is expanding into. Time is created by the expansion of our universe through the 4th dimension. Its only because we can not preceive this dimension that we experience it as being temporal. If we could experience the 4th dimension we would realize that it acts and behaves just like any spacial dimension. It is our 3 dimensional limitations that makes the 4th dimension seem different. Aatucagg believes that gravity waves create light waves as it oscillates into the 4th dimension. Gravity waves oscillate 90 degrees to the oscillation of light waves. Gravity waves are an oscillation of the fabric of space and light oscillates within the fabric of space. Aatucagg believes that light waves exist along the positive and negative peaks of the gravity waves and that matter exist along the mid-slope between the positive and negative peaks. At all other points along the gravity wave light and matter exist together. This is because mass is composed of light and matter. Mass is always parallel to the direction of universal expansion. The 3 dimensional surface of the universe can be oriented at various angles to the direction of universal expansion due to the influence of matter. Spacial mass is a measure of the amount of matter. Temporal mass is a measure of the amount of light. Mass can convert from one form of mass to the other based on the orientation of the fabric of space with the direction of universal expansion. Since mass is always parallel with the direction of universal expansion, then mass can be spacial, temporal, or a combination of both based on the orientation of the mass with the surface of space. If space is parallel to the mass, then the mass is spacial and is observed as matter. If space becomes perpendicular to the mass, then the mass is temporal and is observed as light. If space is at an angle between parallel and perpendicular to the mass, then the mass is both temporal and spacial and is observed as both matter and light. This type of mass has a duel nature of a particle-wave, and is refered to by Aatucagg as 'fractal mass'. Most mass in our universe is fractal. Mass near another mass will display more particle nature then wave nature, since warped space will force mass towards the form of matter. Mass far from another mass will display more wave nature than particle nature, since unwarped space will force mass towards the form of light. This means that as the gravity waves oscillates space, mostly light will be created from matter in warped space and mostly matter will be created from light in unwarped space. Again, this is because warped space is more parallel with mass than unwarped space, and space parallel with mass creates matter while space perpendicular to mass creates light. This means that in warped space the peaks of the wave, which is perpendicular to mass, will have more of an effect upon mass at the mid-slope of the wave, which is more parallel to mass. This also means that in unwarped space the peaks of the wave will have less of an effect upon mass than the mid-point of the wave. If we take a tangent of the gravity waveform, it is obvious that maximum rate of change occures at the mid-slope and minimum rate of change occures at the positive and negative peaks. Since the waveform is created by the oscillation of the fabric of space, then space is moving fastest at the mid-point of the wave and slowest at the positive and negative peaks. Therefore, warped space moves faster than unwarped space. The movement of space can best be described by an oscillating spring. The weight on the spring represents mass. The mass stays oriented in the same direction and remains in place. When the mass is at its highest or lowest points it stops moving and is parallel to the waveform. If this were an actual gravity wave, then at these points the mass would convert to light. When the mass is at its mid-point it is moving fastest and is most parallel to the wave form. If this were an actual gravity wave, then at this point the mass would convert to matter. At all other points the mass is either increasing or decreasing in speed, and increasing or decreasing in its composition of light and matter.

IMAGE LINKS:
Gravity Wave

ANIMATION LINKS:
Tangent Line
Oscillation

VIDEO LINKS:
Gravity Wave
Gravity and Light Waves