Pi-Graph Theory

1. All subjects (particles) in the universe must witness a consolidation of events. While the qualitative representation (qualia) of the universe may differ between subjects, they must be quantitatively equivalent so to ensure all subjects are within the same universe.
2. All energy is a displacement of time. That is, all changes in energy (forces) are the result of causality being displaced.
3. Time and distance are the same quality. The concept of distance can be normalised as time. All subjects have a time quality that exists between each other.
4. The universe can be represented by 1 angular dimension and the time between each object. The appearance of 3 orthogonal dimensions is a result of a subject’s relationship to the rest of the universe.
   1. The Subjective Dimension
      Each subject and their relationship to all other subjects are equivalent to a graph’s nodes and vertices. Each relationship can be represented as an angle on the angular dimension that surrounds each subject. The angle must exist within the bounds of it’s own “circle” (the rotation it can experience before reaching the same position).
   2. The Objective Dimension
      The appearance of a vertical dimension orthogonal to the angular dimension is the result of a consolidation of time that exists between objects. Thus, the second dimension is a result of these objective relationships.
   3. The Radial Dimension
      The appearance of the third dimension of depth is a result of the time-distance, or radius between the subject and each object. The appearance of objects enlarging and shrinking based on their radial distance is the result of a consolidation of the object being in proximity to itself relative to the subject. If the object were to increase its radial distance and not shrink in appearance, there would be a contradiction; the object’s causality with itself would be faster then with the subject.
      1. As objects increase time-distance from a subject, the angular distance between the object and itself on the path of the circle around the subject also increases. To consolidate this, the causality between itself in this circle path must also increase. To consolidate this, the object appears to shrink.
      2. As objects decrease time-distance to the subject, the angular distance between the object and itself on the path of the circle around the subject also decreases. The causality between itself on the circle path must also hasten. To consolidate this, the object appears to enlarge.
5. π changes according to scale. At the human scale, π is 3.14… accordingly. However, at the scale of an electron π is much smaller.
   1. As a negative charge decreases its radial distance to a subject with a negative charge, its objective-angular distance also decreases such that it accumulates potential energy (time displacement).
   2. As a positive charge decreases its radial distance to a subject with a negative charge, its objective-angular distance desires to be unified.
6. The electric force can be described as a subject’s consolidation of an object’s angular proximity to itself, dependant on the object’s radial distance to the subject.

To be continued.