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

 
Coherence: basic quantifiers (left) & absolute equation 1 (right)

• Phenomenal absolute coherence (CH) is supposed to be quantified complexly by the product of phenomenal absolute mass (m) and absolute temperature (T) times phenomenal three-dimensional, i.e. three-positional or  3D-space volume (l³) (see: figures above, equation below, coherence// definition & ...//basic properties, and physical correlations (ex-tract)//abs. mass (1), abs. temp. (2), space volume (3) & coherence (47)), or

                              CH = (absolute mass x absolute temperature) x 3D-space volume
                                    = (mT)l³*
                                    = mTl³**

• Together, phenomenal monocomplex absolute coherence and absolute course are thought to quantify phenomenal bicomplex energetic event-like character (see also: coherence//complex correla-tions & energetic eventuality//absolute equation).

*Within timeless closed systems phenomenal absolute coherence is thought to be constant (maintenance of absolute coherence).
**Simplification of this equation by mathematical reduction yields 'mTl³', but, loss of relevant complex physical information as well.

Internet resources & literature references

• See: coherence//definition & ...//quantifying basic properties

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