In graphics #25-50, color is activated to reveal the STID area of the most common SI Units and SI Quantities (coming up next).

In this simplified presentation you can get a grip on the various areas as they are activated in several of the quadrants. Here we are dealing with single entities, all starting from the origin, 0, and defined by the net area they encompass.

When we get into the supplement with all the working examples from many fields in physics, it will be helpful to have this simplified version in our mindset. Once we get into the mathematical equations, all of which can be simplified and solved on the matrix, we will then begin to add and/or subtract various SOTA and STID areas to others already on the matrix. This entails building out (for multiplication we add areas) or in (for division we subtract areas) as the equations are solved. SOTAs are added or subtracted to the grid row or column, to which their bipolar, laser-light-like influence extends, thus they act next to the sides of an existing area. On the other hand, STID areas are added or subtracted diagonally to other STID areas. This is only natural as the STID areas have their dual, perpendicular, bipolar, laser-light-like influence going both horizontally and vertically at the same time.

~hover your cursor over the highlighted text to show its matrix location~

Geometry: Space-Time Interactional Dimensions (STID) ~hover your cursor over the text on the right for images~ ~click image for full matrix blowup~ ~if needed, click and hold while you scroll~

~best viewed 800x600, ~toggle F11 for full image ST Interactional Dimensions                       # description ST unit 25 1-space/1-time SI/TI 26 1-space/1-time SI/TI 27 per (spacetime) 1/(SITI) 28 2-space/1-time SII/TI 29 3-space/1-time SIII/TI 30 1-space/2-time SI/TII 31 2-space/2-time SII/TII 32 2-space/2-time SII/TII 33 3-space/2-time SIII/TII 34 4-space/2-time SIV/TII 35 5-space/2-time SV/TII 36 1-space/3-time SI/TIII 37 2-space/3-time SII/TIII Remember the first four "Rules of the Matrix." 1.-The area on the matrix defines the physical quantity and units . 2.-All net areas and spaces are counted from the origin, 0. 3.Pure spatial or temporal dimensions never appear by themselves in a quadrant. 4.-It is only in perpendicular combination(s) that space and time dimensions dynamically interact to form ST interactional dimensions (STID).

Geometry: Space-Time Interactional Dimensions (STID) ~hover your cursor over the text on the right for images~ ~click image for full matrix blowup~ ~if needed, click and hold while you scroll~

ST Interactional Dimensions                       # description ST unit 38 3-space/3-time SIII/TIII 39 4-space/3-time SIV/TIII 40 5-space/3-time SV/TIII 41 2-space/4-time SII/TIV 42 3-space/4-time SIII/TIV 43 4-space/4-time SIV/TIV 44 5-space/4-time SV/TIV 45 3-space/5-time SIII/TV 46 5-space/5-time SV/TV 47 1-time/1-space TI/SI 48 1-time/2-space TI/SII 49 2-time/1-space TII/SI 50 2-time/2-space TII/SII 51 1-time/3-space TI/SIII

Page 8- The LUFE Matrix: Infinite Dimensions