- Principles of Physical Complexity (2012)
- Dedication
- Abstract
- Introduction
- Hypotheses
- Logic (order)
- Method
- First principles
- Axiomatic properties
- Basic properties
- Simple properties
- Complex properties
- Phenomena
- Science
- Conclusions
- General conclusions
- Literature references
- Table: axiomatic & basic properties
- Table: spacetime dimensions
- Scheme: simple properties
- Scheme: complex properties
- Table: physical correlations
- Table: physical correlations (extract)
- SI-Units
- Author
- Copyright©
Principles of Physical Complexity by Jos Koomen (Memes Ltd) - Complex Problem Solutions
course definition
Course: definition
- Phenomenal temporal course or action is supposed to be a ternary monocomplex property which is qualified basically by absolute matter, absolute heat and temporal order (see: course//basic proper-ties). If correct, previous definition implies that phenomenal course is persistent, i.e. independent of space.
- Phenomenal course is thought to be characterized relatively by its simple energetic, functional and chemical properties (see: course//simple properties).
- In other words, phenomenal course is thought to denote the temporal manifestation of phenomenal intrinsic energy (see: figure above, time, energy, function, chemistry & physical correlations//abs. mass (1), abs. temp. (2), time (4). energetic (5-11), functional (33-39) & chemical (40-46) properties and course (48)).*
- Together, phenomenal monocomplex spatial coherence and temporal course are supposed to underlie phenomenal bicomplex energetic event-like character by sharing their energetic properties (see: relations/absolute & energetic eventuality).
*Phenomenal course is supposed to be synonymous with phenomenal anti-coherence or decoherence (see also: decoherence).
Internet resources & literature references
- MW: course
- SCP: -
- EB: navigation
- SEP: Boltzmann/course of time, Frege, Huggett & Hoefer, mechanics/relational
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