Preface to the 2009 Edition | p. xi |
Acknowledgments | p. xxxiii |
Introduction | p. 1 |
The Unsolved Problems of Biology | p. 5 |
The background of success | p. 5 |
The problems of morphogenesis | p. 8 |
Behavior | p. 11 |
Evolution | p. 13 |
The origin of life | p. 14 |
Minds | p. 15 |
Parapsychology | p. 17 |
Conclusions | p. 19 |
Three Theories of Morphogenesis | p. 20 |
Descriptive and experimental research | p. 20 |
Mechanism | p. 22 |
Vitalism | p. 32 |
Organicism | p. 38 |
The Causes of Form | p. 43 |
The problem of form | p. 43 |
Form and energy | p. 48 |
The structures of crystals | p. 53 |
The structures of proreins | p. 59 |
Formative causation | p. 62 |
Morphogenetic Fields | p. 65 |
Morphogeneric germs | p. 65 |
Chemical morphogenesis | p. 68 |
Morphogeneric fields as ôprobability structuresö | p. 72 |
Probabilistic processes in biological morphogenesis | p. 75 |
Morphogeneric germs in biological sysrems | p. 78 |
The Influence of Past Forms | p. 81 |
The constancy and repetition of forms | p. 81 |
The general possibility of trans-temporal causal connections | p. 83 |
Morphic resonance | p. 84 |
The influence of the post | p. 86 |
Implications of an attenuated morphic resonance | p. 92 |
An experimental test with crystals | p. 93 |
Formative Causation and Morphogenesis | p. 99 |
Sequential morphogeneses | p. 99 |
The polarity of morphogenetic fields | p. 100 |
The size of morphogenetic fields | p. 102 |
The increasing specificity of morphic resonance during morphogenesis | p. 103 |
The maintenance and stability of forms | p. 104 |
A note on physical ôdualismö | p. 105 |
A summary of the hypothesis of formative causation | p. 106 |
The Inheritance of Form | p. 110 |
Genetics and heredity | p. 110 |
Alrered morphogenetic germs | p. 112 |
Altered pathways of morphogenesis | p. 116 |
Dominance | p. 117 |
Family resemblances | p. 121 |
Environmental influences and morphic resonance | p. 121 |
The inheritance of acquired characteristics | p. 123 |
Epigeneric inheritance | p. 124 |
Experiments with phenocopies | p. 127 |
The Evolution of Biological Forms | p. 131 |
The neo-Darwinian theory of evoiution | p. 131 |
Mutations | p. 133 |
The divergence of chreodes | p. 134 |
The suppression of chreodes | p. 137 |
The repetition of chreodes | p. 138 |
The influence of other species | p. 140 |
The origin of new forms | p. 142 |
Movements and behavioral fields | p. 144 |
Introduction | p. 144 |
The movements of plants | p. 145 |
Amoeboid movement | p. 148 |
The repetitive morphogenesis of specialized structures | p. 150 |
Nervous systems | p. 151 |
Morphogenetic fields, motor fields, and behavioral fields | p. 154 |
Behavioral fields and the senses | p. 159 |
Regulation and regeneration | p. 160 |
Morphic fields | p. 162 |
Instinct And Learning | p. 163 |
The influence of past actions | p. 163 |
Instinct | p. 166 |
Sign stimuli | p. 167 |
Learning | p. 170 |
Innate tendencies to learn | p. 174 |
The Inheritance and Evolution of Behavior | p. 176 |
The inheritance of behavior | p. 176 |
Morphic resonance and behavior: on experimental test | p. 178 |
The evolution of behavior | p. 185 |
Human behavior | p. 188 |
Four Possible Conclusions | p. 192 |
The hypothesis of formative causation | p. 192 |
Modified material ism | p. 193 |
The conscious self | p. 194 |
The creative universe | p. 198 |
Transcendenr reality | p. 199 |
New Tests for Morphic Resonance | p. 200 |
Bose-Einstein condensates | p. 201 |
Melting poinrs | p. 202 |
Crystal transformations | p. 208 |
Adaptations in cell cultures | p. 210 |
Heat tolerance in plants | p. 215 |
The transmission of aversion | p. 218 |
The evolution of animal behavior | p. 222 |
Collective human memory | p. 226 |
Improving human performance | p. 233 |
Resonant computers | p. 243 |
Morphic Fields and the Implicate Order-A Dialogue with David Bohm | p. 249 |
Notes | p. 266 |
Bibliography | p. 292 |
Index of Names | p. 307 |
Index of Subjects | p. 31 |
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