Components of Time and Space

Relative to the person at rest, the person accelerated to the speed of light has no spacial mass in the direction of travel, since the person traveling at the speed of light will have rotated by 90 degrees relative to the person at rest. Also, since e=mc², the person at rest observes the person traveling at the speed of light as the free energy of light in the direction of travel. This means mass in Einstein's equation is spacial mass and therefore the energy is spacial energy. To convert spacial mass to temporal mass, the mass must be rotated by 90 degrees relative to the observer. This rotation through 90 degrees will also convert the spacial energy to temporal energy. So as mass converts from spacial to temporal, energy will also convert from spacial to temporal. The person accelerated to the speed of light experiences mass and energy that once was spacial as mass and energy that now is temporal. Also the person at rest will experience mass and energy that once was temporal as mass and energy that now is spacial. Matter is spacial mass and light is temporal mass. As a person accelerates from a zero velocity to the speed of light, everything experienced as matter when at rest will be experienced as light in the direction of travel when traveling at the speed of light, and everything experienced as light when at rest will be experienced as matter in the direction of travel when traveling at the speed of light. The flow of time does not change with respect to the person accelerated to the speed of light because as the flow of time decreases in the direction of the 4th dimension, it increases in the direction that the person is traveling, so that the overall flow of time remains unchanged. When completely at rest the flow of time is along the direction of the 4th dimension. When traveling at the speed of light the flow of time is along the direction of travel. At all other velocities the flow of time is along both directions of the 4th dimension and the direction of travel. This explains why mass is fractal. Mass is a combination of matter, which is bound energy, and light, which is free energy. If mass were completely at rest with respect to the observer, then all of the mass is contained within the 3 spacial dimensions and is observed as matter. If the observer experiences all the mass of an object as matter, then the object will tend towards a Geometric shape, since geometric shapes are completely 3 dimensional. If the observer experiences some of the mass of an object as light, then the object will tend towards a fractal shape, since fractal shapes are less than 3 dimensional. Matter will comprise the portion of mass not rotated by 90 degrees and light will comprise the portion of mass that is rotated by 90 degrees. The composition of mass is dependent on the observer, since mass can be converted to light by either warping space or rotating the mass of the observer. None of us are completely aligned with each other, since we do not occupy the same space and time. The vast majority of space and time is shared by all of us, but a small fraction of space and time is not shared by all of us. There are small amounts of time experienced by some that are experienced as space by others, and there are small amounts of space experienced by some that are experienced as time by others. The total amount of time and space experienced by all observers remains unchanged, but the amount of time and space divided between the 4 dimensions varies from one individual to another. Therefore, since we do not experience the 4 dimensions in the same way, we are not aligned at similar angles relative to time and space even though time and space are shared ubiquitously.
If 2 observers share the same alignment, then they are moving through time at the same speed in the same direction and appear to be stationary in space relative to each other. The proportions of mass of each observer will share the same amounts of matter and light. What one observer preceives as matter the other will preceive as matter, and what one observer preceives as light the other will preceive as light. The angle between the alignment of their masses will be at 0 degrees.
If 2 observers share perpendicular alignments, then they are moving through time at the same speed in different directions and appear to be moving in space at the speed of light relative to each other. For 3 dimensional observers, 1/3 of each observer will share opposite amounts of matter and light. What one observer preceives as matter the other will preceive as light in 1 of the 3 spacial dimensions, and what one observer preceives as light the other will preceive as matter in that same 1 dimension. This is because, the angle between the alignment of their masses in that dimension is at 90 degrees.
If a 3rd observer is introduced whose mass is at a angle to the masses of both the observers, then both observers will have a different perspective of the 3rd observer. One observer will preceive the 3rd observer as moving through space at a velocity less than the speed of light v₁ = sqrt(C² - v₂²). The other observer will preceive the 3rd observer as moving through space at a velocity less than the speed of light v₂ = sqrt(C² - v₁²). They will observe the 3rd observer as moving in different directions through space at less than the speed of light relative to each other. The proportions of the 3rd observer's mass appears to each observer in opposite amounts of matter and light. What one observer preceives as matter of the 3rd observer the other will preceive as light, and what one observer preceives as light of the 3rd observer the other will preceive as matter. The angle between the alignment of mass of the 1st observer and the 3rd observer will be at angle1 = (90 - angle2) degrees. The angle between the alignment of mass of the 2nd observer and the 3rd observer will be at angle2 = (90 - angle1) degrees.
In conclusion, even though we all experience the same time and space when we observe an event, the possible combinations of how much time and space are associated to the event depends on each of us. If all things shared the same dimensions of space and time in the same way, then all things would be aligned and the universe would be a single point. Since all things are not aligned, the universe is not a single point but an expanding fractal universe. The closer things are to us the more they are aligned. The further things are from us the less they are aligned.

IMAGE LINKS:
Alignments of Mass

VIDEO LINKS:
Components of Time and Space