Ross indexed the following pages under the keyword: "Evolution".

Conduction, nerve in frog Diffusion Evolution Energy Inhibition 0068 0069

Chronaxy Differentiation in development Environment Evolution Function rules and development of central nervous system Heredity and function rules Mind (individual) development of Neuron directing impulses Nirvanophilia Reactions development of reactions Reality nature of Synapse in mania Parameter function rules as Space-time and chronaxy 0179 0180

Coordination and echoes Cortex, motor and echo impulses Environment Evolution Learning and echoes Memory and cortex Equilibrium and "vicious circle" Instinct Modification of neuron by impulse Neuron and echo impulses Stimulus echo stimulus 0181 0182

Adaptation - Cortex and learning Environment and reflexes Evolution and reflex Heredity of reflexes Impulse, nervous effect on synapse Learning after pain Pain and learning Reactions development of reactions Reactions same as reflex Stimulus "simple" stimulus Basic pattern and pain Geodetic path, postulate of How produced Impulse, nervous and geodetic path Intelligence Laws of nature and intelligence Space-time and geodetic path 0227 0228

Evolution as law and chance 0809 0810

Environment "internal" environment Adaptation and mutations Adaptation chains of Evolution as law and chance Holism in mutations Natural Selection [13]: In adaptation by heredity there is the recombination effect 1254. Quotation 2163. Summary: Notes on adaptation to "internal" environment; and an example of how a set of adaptations can collapse. 1253 1254

Evolution as information amplifier Natural Selection [50]: Darwin's system, as an information-amplifier, 3617. DIAGRAM 3617 3618

Chess information amplifier Evolution as information amplifier 3623 3624

Evolution reviewed Natural Selection [80]: Relation between multistable systems and evolving genetic system reviewed, { 4606 - 4620 } Personal notes [23]: Re-read my notes completely from page 1000 on, 4606. Summary: Organisation of the German General Staff. 6534 Evolution reviewed Natural Selection [80]: Relation between multistable systems and evolving genetic system reviewed, { 4606 - 4620 } Summary: Is the Darwinian system a specialised one? 4608, 4613 4606 4607

Essential variables in Darwinian system Evolution reviewed Natural Selection [80]: Relation between multistable systems and evolving genetic system reviewed, { 4606 - 4620 } Summary: How much of a field should be known? Evolution reviewed Natural Selection [80]: Relation between multistable systems and evolving genetic system reviewed, { 4606 - 4620 } Summary: In Darwinian evolution; the part of ess.var. is played by those parts whose disequilibrium leads to widespread disturbance around them. 4608 4609

Evolution reviewed Natural Selection [80]: Relation between multistable systems and evolving genetic system reviewed, { 4606 - 4620 } Evolution reviewed Self-locking system in set theory Natural Selection [80]: Relation between multistable systems and evolving genetic system reviewed, { 4606 - 4620 } 4610 4611

Evolution reviewed Property reproducing Reproduction in set-theory Natural Selection [80]: Relation between multistable systems and evolving genetic system reviewed, { 4606 - 4620 } Summary: Self locking and self-reproducing systems in the terms of set theory. Evolution reviewed Natural Selection [80]: Relation between multistable systems and evolving genetic system reviewed, { 4606 - 4620 } Summary: Precise statement of the fact that instability is infectious. 4612 4613

Evolution reviewed Natural Selection [80]: Relation between multistable systems and evolving genetic system reviewed, { 4606 - 4620 } Evolution reviewed Natural Selection [80]: Relation between multistable systems and evolving genetic system reviewed, { 4606 - 4620 } Summary: What Darwin really did do. 4618 4614 4615

Evolution reviewed Natural Selection [80]: Relation between multistable systems and evolving genetic system reviewed, { 4606 - 4620 } Summary: Darwin's actual theory. Evolution reviewed Natural Selection [80]: Relation between multistable systems and evolving genetic system reviewed, { 4606 - 4620 } Summary: What does "endurance" mean? 4616 4617

Evolution reviewed Natural Selection [80]: Relation between multistable systems and evolving genetic system reviewed, { 4606 - 4620 } Evolution reviewed Natural Selection [80]: Relation between multistable systems and evolving genetic system reviewed, { 4606 - 4620 } Epistemology [33]: Darwin's method for the study of complex systems 4619. Summary: Darwin's method for the study of complex systems. 4655 4618 4619

Evolution reviewed Knowing theory of Natural Selection [80]: Relation between multistable systems and evolving genetic system reviewed, { 4606 - 4620 } Natural Selection [81]: Darwinian systems and the multistable system both use some of the theorums in the theory of large systems, 4620. The Multistable System [86]: The multistable system resembles the Darwinian because both share large numbers of common theorums in the much larger theory of systems. 4620. Summary: Darwin's theory and that of the multistable system are related by intersecting in a set of theorems that contains both. Summary: How to develop the theory of "knowing". 4620 4621

Diagram of immediate effects (D.I.E.) with "boxes" Evolution as habituation Habituation evolution as Natural Selection [82]: Evolution can be regarded as a "becoming immune to mutation" 4655. Summary: Box-diagrams are not precise. Summary: Evolution as habituation. 4654 4655

Summary: Machines, with inputs and outputs, treated wholly by mappings. All this is, in substance, identical with Riguet's form. 4867. Simpler 4876, 4991 Evolution as process Natural Selection [83]: Huxley and Fisher on Evolution (extracts from book) 4861. Summary: Feeding a machine with input and output back into itself. 4860 4861

Variety source of Summary: Supplementary information and its mode of use. Evolution as process 4928 4929

Adaptation as by-product Evolution the proper study of Natural Selection [84]: The study of evolution must not be "to explain adaptation" but simply to deduce "what will happen?" 4930. Isomorphism and equiformality Summary: Evolution and psychology must study the basic question "what will in fact happen?" 5535 4930 4931

Shorthand list of symbols Personal notes [22]: I start shorthand, 4416, I stop it, 4446, List of symbols, 5108. Communication involves set of acts Evolution Pringle on Summary: Review of Pringle. 5108 5109

Summary: Present position of the machine for solving super-problems. Evolution within computer Number competition between Survival within computer Zero survival of Natural Selection [87]: Competition between Odds and Evens under multiplication 5797. 5796 5797

Information Reza's book Topology Bushaw's book Evolution ensures extinction! Genes no unique pattern Survival evolution prevents! Natural Selection [89]: Selection intensifies selection. Simpson, 6469. 6468 6469

Amplification in evolution Evolution delegation in 6554 6555

Gene interaction between genes Interaction between genes Display extravagant, in polygamous birds Evolution polygamy forces extravagant display 6556 6557

Adaptation evolutionary Evolution adapts genetic pool, not individual Summary: [Pavlov's] Page 197 solved? 6608.9, 6726, 6727 Summary: What natural selection really preserves. Probability varying in time Summary: A stochastic series of varying probability. 6606 6607

Mapping obtaining Evolution Mayr on evolution Summary: Getting all possible mapping electrically. 6636 6637