Principles of Physical Complexity by Jos Koomen (Memes Ltd) - Complex Problem Solutions

 
Particle:  simple generalizers (left) & absolute equation 2 (right)

• Phenomenal monocomplex absolute particle-like character (PT) is supposed to be quantified complexly by the square root of the product of its absolute structure, i.e. absolute mass times 3D-space volume (ml³), chemical variability or chemistry, i.e. absolute mass times 3d-time volume (mt³), and absolute 3D,3d-spacetime volume i.e. 3D-space volume times 3d-time volume l³t³) (see: figures above, equation below, particle//definition & ...//simple properties, and physical correlations (extract)//spacetime volume (18), structure (25), chemistry (46) & particle (49)), or

     PT = √(absolute structure x absolute chemical variability x absolute 3D,3d-spacetime volume)
          = √((absolute mass x 3D-space volume)(absolute mass x 3d-time volume)(3D-space 
                      volume x 3d-time volume))
          = √((ml³)(mt³)(l³t³))*
          = ml³t³**

• Together, phenomenal monocomplex absolute particle-like and absolute process-like character are thought to underlie phenomenal absolute plastic event-like character (see: particle//complex correlations & plastic eventuality//absolute equation).

*Within abstract entropyless closed systems phenomenal absolute particle-like character is supposed to be constant (limited maintenance of absolute particle-like character).
**Ultimately, mathematical simplification by cancelling out yields 'ml³t³', but, in addition, serious loss of relevant complex physical information as well.

Internet resources & literature references

• See: particle//definition & ...//simple properties

^©Memes Ltd.