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The Eleven Proportions of Space/Time – Component I

The Eleven Proportions of Space/Time – Component I
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I present the subsequent substance as a metaphysical exposition of the simple dimensions defining room/time as we experience it. Be aware that the variety of dimensions here is the same as in what is identified in theoretical physics as “M-Principle”.

  • key (defines a line, the selfsame line is a coordinate axis, the centre of which is the Infinite Place)
  • secondary (defines a airplane, coordinate axis is at suitable angles to the main, this axis bisecting the primary at the Infinite Place)
  • tertiary (defines the volumetric room of the sphere, coordinate axis of which is a path at right angles to both of those the most important and the secondary, and bisecting them both at the Infinite Level)
  • time (defines directions at ideal angles to the key, secondary, and tertiary can be modeled as the floor of the sphere, the middle of which is the heart of the sphere, the Infinite Issue)
  • motion of principal (rotation of the key axis by degrees about the sphere, over time. The line rotates with the Infinite Stage staying the pivot upon which the rotation occurs, and is modeled basically as the rotation of a line within a aircraft portion.)
  • motion of secondary (rotation of the secondary axis by levels all over the sphere, over time together with the main, can be modeled merely as the rotation of a airplane portion inside the sphere, with the major axis line as the pivot around which the rotation occurs.)
  • motion of tertiary (rotation of the tertiary axis by degrees all-around the sphere, about time alongside one another with primary and secondary, can be modeled basically as the rotation of a spherical construct relative to a setting up, or reference, position, with the centre of the sphere as the pivot close to which the rotation takes place.)
  • pulse of time (expansion/contraction of time, modeled as the oscillation of the area of the sphere in a course at correct angles to the area spherical enlargement represents energetic radiation in the pursuing a few dimensions whilst spherical contraction represents energetic absorption.)
  • energetic radiation/absorption together most important (oscillation together the line over time can be modeled as a pair of factors on the line, 1 on each side of the center, shifting with equivalent but varying spacing amongst every single of them and the center point. Be aware that distinct pairs of factors can be relocating at diverse “periods” or frequencies along this axis.)
  • energetic radiation/absorption alongside secondary (with major, is oscillation on the plane more than time straightforward example can be modeled as a shrinking or growing circle on the aircraft)
  • energetic radiation/absorption together tertiary (with principal and secondary, is oscillation within the volumetric space of the sphere, about time, very simple illustration can be modeled as a shrinking or expanding bubble or subsphere)

All eleven dimensions have a typical center that is, the center of the line, the aircraft, and the sphere are the same, as is genuine with the subsequent proportions. Time transforms the static into the dynamic, which is a person explanation for labeling it a transformation dimension. Time enables spatial motion (rotation) of the first three proportions this movement is measured along proportions five, 6, and 7. (continued in Element II)