coherence definition


Coherence: definition

  • Phenomenal spatial coherence is supposed to be a ternary monocomplex property which is qualified basically by absolute matter, absolute heat and (0-3D)-spatial order (see: coherence//basic properties & decoherence). If correct, previous definition implies that phenomenal coherence is independent of time, i.e. firm or consistent.
  • Phenomenal coherence is thought to be characterized relatively by its simple energetic, structural and electromagnetic properties (see: coherence//simple properties).
  • In other words, phenomenal coherence is thought to denote the spatial manifestation of phenomenal intrinsic thermomaterial energy (see: figure above, space, energy, structure, electromagnetism & physical correlations//abs. mass (1), abs. temp. (2), space (3) & energetic (5-11), structural (19-25) & electromagnetic (33-39) properties, and coherence (47)).*
  • Together, phenomenal monocomplex spatial coherence and temporal course are supposed to underlie, by sharing their energetic properties, phenomenal bicomplex energetic event-like character (see: relations/ absolute & energetic eventuality).

*Phenomenal coherence is supposed to be synonymous with phenomenal anti-course (see also: course & decourse).


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