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Part IV. Evolution: Relations and characters in 20th-century science |
17. THEORY OF CHARACTERS [pdf]
17.1 What is a character?
17.2 Six natural relation frames
17.3 Types of characters
17.4 Interlacement of characters
18. SETS [pdf]
18.1 Sets and natural numbers
18.2 Extension of the quantitative relation frame
18.3 Groups as characters
18.4 Ensemble and probability
19. SYMMETRY [pdf]
19.1 Spatial magnitudes and vectors
19.2. Character, transformation and symmetry of spatial figures
19.3. Non-Euclidean space-time in the theory of relativity
20.1. Motion as a relation frameThe character of oscillations and waves
20.2. A wave packet as an aggregate
20.3. Symmetric and antisymmetric wave functions
21.1. The unification of physical interactions
21.2. The character of electrons
21.3. The quantum ladder
21.4. Individualized currents
21.5. Aggregates
21.6. Coming into being, change and decay
22. BIOTIC CHARACTERS [pdf]
22.1. The biotic relation frame
22.2. The organization of biochemical processes
22.3. The character of biotic processes
22.4. The secondary characteristic of organisms
22.5. Populations
22.6. The gene pool
22.7. Does a species correspond with a character?
23. INVENTORY OF BEHAVIOUR CHARACTERS [pdf]
23.1. The primary characteristic of animals
23.2. Secondary characteristics of animals
23.3. Control processes
23.4. Controlled processes
23.5. Goal-directed behaviour
23.6. The position of mankind in the cosmos