phenomenal adaptability

   
Phenomenal adaptability: appearance + organization + variation

  • Phenomenal supercomplex (self-)adaptability is supposed to equal the integral of phenomenal monocomplex (self-)appearance (see: left figure), i.e. energy times spacetime, (self-)organization (left & right figure), i.e. structure times function, and (self-)variation (right figure), i.e. chemical variability times electromagnetic variety (see: adaptability//definition & ...//complex properties).
  • Phenomenal adaptability is supposed to denote the ability of any real phenomenon or integral sets of phenomena to adapt, within certain limits, its complete set of basic, simple, mono-, bi- and supercomplex properties integrally to intrinsic, i.e. spontaneous or mutational, energetic changes as well as to extrinsic, i.e. conditional, experimental, circumstantial, environmental or contextual energetic exchanges (see also: adaptability//definition).
  • Phenomenal adaptive capacity, i.e. ability to adapt to specific intrinsic and extrinsic energetic (ex)changes, is thought to be dependent on its degree of complexity. In other words, increasing or decreasing complexity may improve as well as reduce phenomenal adaptation and, by that, phenomenal ongoing existence or survival (see: degree of complexity).
  • Phenomenal extinction is supposed to be due to total loss of phenomenal (self-)adaptability (see text above).

*Phenomenal adaptability is thought to be an overall property which includes, integrally, all phenomenal basic, simple and complex properties except radiation and general event-like character. This implies that phenomenal adaptations concern, either directly of indirectly, all phenomenal properties directly.

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