Treatise on Basic Philosophy: Ontology II: A World of Systems |
Contents
SYSTEM | 1 |
1 BASIC CONCEPTS | 3 |
Definition | 5 |
13 More of the Same | 8 |
14 Subsystem | 11 |
15 Level | 13 |
16 Systems Association | 14 |
Property and Functional | 15 |
42 Expectation and Purpose | 163 |
43 Thinking | 164 |
44 Cognition and Decision | 166 |
45 Creativity | 167 |
5 SELF TO SOCIETY | 170 |
52 Person and Self | 173 |
53 Social Behavior | 175 |
54 The Root of Social Cohesion | 177 |
2 SYSTEM REPRESENTATIONS | 16 |
22 The State Space Representation | 20 |
3 BASIC ASSUMPTIONS | 24 |
32 Assembly and Emergence | 27 |
33 Selection | 30 |
34 Evolution | 33 |
4 SYSTEMICITY | 35 |
42 Holism Atomism Systemism | 39 |
5 CONCLUDING REMARKS | 43 |
CHEMISM | 45 |
1 CHEMICAL SYSTEM | 46 |
12 Molecule | 48 |
13 Chemical System | 52 |
14 Chemical Reaction | 54 |
15 Chemical Control | 59 |
2 BIOCHEMICAL SYSTEM | 61 |
22 DNA Replication and RNA and Protein Synthesis | 67 |
23 Biochemical System | 71 |
24 Concluding Remarks | 73 |
LIFE | 75 |
1 FROM CHEMISM TO LIFE | 76 |
12 Definition of a Biosystem | 79 |
13 Cell and Organism Biospecies and Depopulation | 82 |
14 Biolevel | 84 |
15 Concluding Remarks | 85 |
2 BlOFUNCTION | 86 |
22 Function and Value | 88 |
23 Biocontrol | 92 |
24 Development | 95 |
25 Reproduction and Heredity | 98 |
26 Development Heredity and the Metaphysical Tradition | 101 |
3 EVOLUTION | 103 |
32 Adaptation Mechanism | 105 |
basic ideas | 107 |
34 A Schema of the Evolutionary Process | 108 |
35 The Underlying Mechanism | 111 |
36 Bioprogress | 115 |
4 CONCLUDING REMARKS | 118 |
MIND | 124 |
1 CENTRAL NERVOUS SYSTEM | 125 |
12 Neural Units | 127 |
13 Initial Definitions | 129 |
14 Basic Assumptions | 132 |
2 BRAIN STATES | 134 |
22 Mental States and Processes | 138 |
23 Psychosomatic Interaction | 141 |
24 Location of the Mind | 144 |
25 Mentalist Predicates | 146 |
3 SENSATION TO VALUATION | 150 |
32 Mapping Body and Environment | 153 |
Definitions and Principles | 156 |
4 RECALL TO KNOWLEDGE | 161 |
55 Communication | 180 |
56 Protoeconomy Protoculture Protopolity | 182 |
6 CONCLUDING REMARKS | 183 |
SOCIETY | 186 |
1 HUMAN SOCIETY | 187 |
12 Subsystem Supersystem Specific Function | 191 |
13 Institution | 193 |
2 SOCIAL SUBSYSTEMS AND SUPERSYSTEMS | 196 |
22 Labor | 198 |
23 Cultural and Managerial Work | 200 |
24 The Main Subsystems of a Human Society | 203 |
Nation and World | 205 |
3 ECONOMY CULTURE AND POLITY | 208 |
32 The Cultural System | 211 |
33 The Political System | 215 |
4 SOCIAL STRUCTURE | 221 |
42 Social Structure | 226 |
43 Differentiation and Cohesion | 229 |
Reall | 234 |
5 SOCIAL CHANGE | 235 |
52 History | 237 |
6 CONCLUDING REMARKS | 241 |
A SYSTEMIC WORLD VIEW | 245 |
62 System Genera | 246 |
63 Novelty Sources | 247 |
64 Emergence | 249 |
65 Systemism Supersedes Atomism and Holism | 250 |
66 Synopsis | 251 |
SYSTEM MODELS | 253 |
12 Connecting Black Boxes | 255 |
13 Control System | 257 |
14 Stability and Breakdown | 260 |
2 GREY BOX MODELS | 262 |
22 Deterministic Automata | 264 |
23 Probabilistic Automata | 268 |
24 Information Systems | 270 |
CHANGE MODELS | 273 |
12 Analytical Kinematics | 274 |
13 Balance Equations | 275 |
14 Lagrangian Framework | 277 |
15 Kinematical Analogy | 280 |
2 DYNAMICAL MODELS | 281 |
22 Formalities | 282 |
23 The Pervasiveness of Cooperation and Competition | 283 |
24 The Dynamics of CompetitiveCooperative Processes | 285 |
3 QUALITATIVE CHANGE MODELS | 287 |
Random Hits | 289 |
292 | |
301 | |
305 | |
I | 309 |
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Common terms and phrases
action activity amino acids animal artifacts assume atoms automata biochemical systems biocontrol biological biomolecules biopopulation biosystems biovalue black box bonds brain Bunge called cells characterized chemical system cohesion components composition concept concrete system control system cooperation coordinates cultural defined DEFINITION DNA molecules dualism dynamical economic emergent properties entities environment environmental equations equivalence relations evolution example free semigroup genetic hence holism human society hypothesis individual input integration interactions kind kinematical latter laws matrix mechanisms mental events mind mind-body problem molecular molecules Moreover morphogenesis mutation neurons notion nucleic acids occur ontology organism output particular philosophical physical plastic neural system political population possible POSTULATE production protein psychons reaction Remark represents self-assembly sensory system social groups social relations social structure social system sociosystems space species subset subsystems supersystem synthesis system composed theory things tion variable
References to this book
Did My Neurons Make Me Do It?:Philosophical and Neurobiological Perspectives ... Nancey Murphy,Warren S. Brown No preview available - 2007 |