Ross indexed the following pages under the keyword: "Reflex, conditioned".

Infant Reactions Reflex and habit Reflex, conditioned 0034 0035

Learning Pain reverses reaction Waves Coordination Excitation Inhibition Pleasure Reflex, conditioned Stimulus Waves 0038 0039

Conflict Instinct Integration (physiological) Reflex, conditioned 0044 0045

Hypnosis (mesmerism) Adaptation two meanings Excitation Inhibition Reactions Reflex, conditioned 0062 0063

Inhibition Learning Localisation Modification Reflex in melacholia Synapse in mania Learning Reflex, conditioned 0064 0065

Learning Reflex, conditioned 0086 0087

Function rules and syndactyly Genes and syndactily Instinct in different species Learning Learning in Actinians Levels sensory neuron levels Reflex, conditioned in actinians Learning below pallial level Levels relation to 3 dimentions Localisation of memory localisation Pallium Pallium essential property of Pallium in reptiles Reflex sub-pallial reflex Space-time and pallium 0107 0108

Chronaxy Definition Nerve (peripheral) Rheobase of sciatic Heredity conditioned reflex Reflex, conditioned inheritance of 0115 0116

Axon size and chronaxy Chronaxy and learning Conduction, nerve rate of and chronaxy Cortex, removal of and conditioned reflex Fatigue and chronaxy Pallium and conditioned reflex Reflex, conditioned and cortex Chronaxy chronaxy switching Nerve (peripheral) cutting of chronaxy Nerve (peripheral) strichnine and chronaxy Reflex and mechanism 0117 0118

Basic pattern Differentiation of inhibitions Reflex and ripple theory Reflex, conditioned and ripple theory Schizophrenia and chronaxy 0141 0142

Axon and nicotine Impulse, nervous change of chronaxy Receptors and chronaxy Reflex, conditioned and chronaxy Mathematics of psychology Reactions and dendrons 0189 0190

Behaviour and waves Electron and waves Impulse pattern as waves Impulse, nervous as waves Neuron resonator Stimulus as waves Synapse as resonator Waves explain all Levels basis of Neuron and levels Nirvanophilia and waves Reflex, conditioned and waves Vision and waves 0249 0250

Memory Reflex, conditioned 0337 0338

Excitation several types Cortex and learning Learning below pallial level Learning rate of, in simple organisms Memory in Protozoa Memory and cortex Reflex, conditioned in Protozoa Reflex, conditioned and cortex 0339 0340

Reflex, conditioned Hollingworth's views Association in conditioned reflex Integration (physiological) in conditioned reflex 0401 0402

Impulse, nervous "echoes" back Impulse, nervous and conditioned reflex Nirvanophilia and Freud on Reflex and nirvanophilia Reflex, conditioned and nirvanophilia Reflex, conditioned and nirvanophilia 0413 0414

Memory and reactions Reflex, conditioned Space-time of memory Stimulus and memory 0473 0474

Memory forgetting Organisation and memory Reflex, conditioned and memory 0507 0508

Reflex, conditioned 0521 0522

Dominance in neurons Impulse pattern elaboration of Memory as organisation Neuron ? amoeboid Organisation and patterns Dominance indirect and direct Instinct, sex and hormones Memory and intinct Reflex, conditioned and hormones 0533 0534

Organisation of environment Signal nature of Reflex, conditioned 0785 0786

Adaptation - Reactions modification of Habituation Integration (physiological) memory as Memory as organisation in time Reflex, conditioned Space-time and learning 0797 0798

Fatigue and habituation Stimulus essential property of Reflex, conditioned not formed 0799 0800

Equilibrium by inhibition Reflex, conditioned Group (mathematical) calculating machine as Organisation in group 0853 0854

Summary: A new idea. Suppose the cortex is a 'representation' of the environment, i.e. corresponding to events in the periphery (stimuli, reactions) there are events in the cortex. Nothing new in this idea. But suppose that the cortex is more 'sensitive', so that if the periphery is being driven out of its range of stability the corresponding variable in the cortex will break first, i.e. get outside its range of stability, and thus switch to another portion of the field (817), and change partially to another organisation. Cortex as 'sensitive' Reactions right and wrong Reflex, conditioned Equilibrium by cortex 'breaking' Isomorphism of cortex and environment Neuron death of Pain and organisation Reflex, conditioned 0859 0860

Reflex, conditioned is not intelligent Amoeba can learn Learning in Amoeba Memory in Protozoa Signal and environment 0911 0912

Equilibrium to two environments Reflex, conditioned and break-theory 1119 1120

Summary: n breaks provide 2n organisations. To give 10 different organisations every second throughout a man's life we need only 35 breaks! Break surface causes fresh start Learning upsets everything Reactions new upsets old Summary: Does the acquisition of a new reaction upset all the older one's as demanded by my theory? The answer seems to be "yes" but it may in some cases be of zero extent. Reflex, conditioned and break-theory 1141 1142

Break surface further properties Critical surface if not related to essential variables Summary: A clarification of the concept of a "break-surface". Summary: The conditioned reflex is not clear yet. Reflex, conditioned and break-theory 1175 1176

Summary: Clarification of "stimulus" and some collected types. (See 2486) Pattern (in general) as stimulus Constraint at input Input variety in Reflex, conditioned fusion of parameters 2218 2219

Summary: The production of the new compounds of behavior is only interaction and has nothing to do with Intelligence. Memory can be harmful Reflex, conditioned harmfulness of 2322 2323

Summary: Whenever possible, postulate many independent ultrastable systems rather than one multistable system. Association explanation Reflex, conditioned and ultrastability 2507 2508

The Conditioned Reflex [4]: Conditioned reflex might be due to feedback depending on a "match" 2612. Summary: Habituation to a moving stimulus, prediction, and the conditioned reflex. Reflex, conditioned and ultrastability 2612 2613

Reflex, conditioned machine built The Conditioned Reflex [5]: Conditioned reflex machine built. 2614. Seems to be original, 2623. Summary: A mechanism for conditioned reflex. Made: 16 Aug '49. Learning gets fixed Memory gets fixed 2614 2615

Forcing a variable forcing homeostat Homeostat shows conditioned reflex Reflex, conditioned on homeastat 2749 2750

Summary: On the nature of 'mind'. (An application 2790) Reflex, conditioned theory of Oddments [24]: Behaviour of an absolute system when one variable is forced off its natural path, 2756. 2755 2756

Reflex, conditioned requires non-reinforcement 2763 2764

Summary: Invariants of a dynamic system with parameters. Summary: The Conditioned Reflex as a loss of power to transmit. 4430 Invariant "self-locking" as Invariant "stable" as Reflex, conditioned as loss of transmission The Conditioned Reflex [43]: Conditioned reflex as loss of transmition, 4424. Summary: Distinguish variety in design from variety during performance. Continued 4427 top, 4427, 4428, 4431 Genes more fundamental 4424 4425

Reflex, conditioned machine for 5258 5259

Arc to shift or not to shift The Multistable System [113]: If a change of step-mechanism (due to corrective feedback) makes an arc change place, more space is required. If the change makes an arc change nature but not place, more time is required. 5388. Summary: Time of adaptation can be cut down if more space is available. The distinct reactions should be sent to distinct places, any one reaction should not change its place during its training. 5410, 5415 Habituation and plasticity Plasticity in system Reflex, conditioned and plasticity 5388 5389

Summary: Implications of "going to equilibrium." Equilibrium and conditioned reflex Reflex, conditioned as compound equilibrium 5706 5707

Reflex, conditioned as compound equilibrium Summary: When the alternation of two stimuli to a machine reaches equilibrium, the two effects and the equilibrium are related. 5724, 5729 Reflex, conditioned as compound equilibrium 5708 5709

Confluant and topology Reflex, conditioned as compound equilibrium Topology in machines Summary: Every absolute system defines a topology, the "confluential", over the set of states. This topology may be similar to some other topology, well known over same set. Reflex, conditioned as compound equilibrium 5710 5711

Equivalence relation and topology Reflex, conditioned as compound equilibrium Topology and equivalence relation Summary: For general guidance, one can think of a "topology" as a more complex equivalence relation, allowing degrees of "equivalence." Reflex, conditioned as compound equilibrium 5712 5713

Summary: The intermediate degree of the conditioned response being brought "towards" the unconditioned Reflex, conditioned as compound equilibrium Reflex, conditioned as compound equilibrium 5714 5715

Reflex, conditioned as compound equilibrium 5716 5716+01

Reflex, conditioned as compound equilibrium 5716+02 5717

Reflex, conditioned as compound equilibrium Reflex, conditioned as compound equilibrium 5718 5719

Reflex, conditioned as compound equilibrium Summary: Basic theory of the conditioned reflex Reflex, conditioned as compound equilibrium 5720 5721

Summary: Some experiments on my theory. Reflex, conditioned as compound equilibrium Reflex, conditioned as compound equilibrium 5722 5723

Reflex, conditioned as compound equilibrium Reflex, conditioned as compound equilibrium 5724 5725

Summary: Simultaneous presentation does not give conditioning. 5730, 5827, 5862 Reflex, conditioned as compound equilibrium Summary: A very new way of producing "conditioning". Reflex, conditioned as compound equilibrium 5726 5727

Association explanation by confluants Confluant and conditioned reflex Equilibrium under regular transitions Reflex, conditioned and confluants Transition sequence of Trap = closed or stable set Hover mouse here to display note 5836B 5837

Reflex, conditioned on homeastat 5856 5857

Summary: Paradoxical predictions for conditioned reflexes. Reflex, conditioned secondary conditioned reflex Trace reflex theory 5858 5859

Reflex, conditioned and its "basic" mechanism 5862 5863

Summary: Build small specialist machines, each devised to show one fact with perfect clarity. Immunity conditioned reflex in Reflex, conditioned in serology The Conditioned Reflex [47]: Conditioned reflex of alcohol causing production of anti-toxin. 6060. Treatment a form of war Psychiatric applications [96]: Blitz-therapy. 6061. 6060 6061

Summary: Simultaneous forcing of two variables may give a slight tendency to association. 6140, 6197 Association by simultaneous forcing Reflex, conditioned by simultaneous forcing The Conditioned Reflex [48]: Simultaneous forcing may give a trace of conditioned reflex. 6136. Summary: Closure under a sequence, and a property of one operator, implies a corresponding property on the other operators. 6143, 6269 Resolution of physiological states general principle 6136 6137

Summary: A more general type of "forcing" operator". 6269, 6247, 6312, 6322 Forcing a variable generalised Summary: Razran's review reviewed. 6269 Reflex, conditioned Razran's review 6140 6141

Summary: Rubin and Sitgreaves' results summarised. 6199 Pandemonium (of Selfridge) Summary: I must demonstrate, some day, that a heap of manure has as high an organisation as a man. Manure organisations of Organisation of manure or silo Reflex, conditioned in manure Reproduction self reproduction, impossible Silo organisation of 6192 6193

Summary: Meaning of [formula] Reflex, conditioned and confluants Resolution of physiological states general principle 6266 6267

Reflex, conditioned modes of display Summary: More on Conditioned Reflex 6323, 6347 6316 6317

Reflex, conditioned ?Solution of problem [on Pavlov's page 197] 6318 6319

Summary: Final (?) statement of the lae of anticipation. 6334, 6342, 6347 Communication in conditioned reflex Reflex, conditioned as communication between operations Selection and conditioned reflex 6324 6325

Confluant ways of changing Reflex, conditioned ways of forcing 6326 6327

Anticipation machine for Reflex, conditioned machine for 6328 6329

Homeostat conditioned reflex on Reflex, conditioned on Homeostat Summary: Dickens says eloquence comes from thinking about the subject. Genius Dickens on 6338 6339

Summary: The elementary conditioned reflex processes only about 2 bits of information, and needs a mechanism of only that capacity. 6363 Arc optimal size Reflex, conditioned machine for Achondroplasia Dickens' memory Localisation principles of Memory principles for localisation 6352 6353

Reflex, conditioned Pavlov's 'p.197' 6602 6603

Information loss, in conditioned reflex Reflex, conditioned information loss Summary: Pavlov, p.197 Summary: Events that show mutual exclusion in their behaviours may be called a "variable". Variable nature of 6726 6727

Summary: Outline of method giving work for the next twenty years. 6767 Homeostat conditioning in Reflex, conditioned on Homeostat 6744 6745

Summary: Conditioning seen as habituation. 6754 Reflex, conditioned as habituation Stimulus nature of Summary: Analogy still holds strongly between "interaction" set and "interaction" entropies. 6818 Interaction on stacking sets 6752 6753

Summary: Importance of alternation of operators. Alternation as operator Anticipation alternation in Habituation aternation in Habituation conditioned reflex as Reflex, conditioned alterations, forcing Trajectory long, with equilibrium Forcing a variable theorem of Insistance theorem of Operator forcing Operator insistence Polystable forcing of 6754 6755

Summary: Double Insistence. Homeostat conditioning in Reflex, conditioned on Homeostat 6760 6761

Summary: Speeding up ASP. Habituation theories in the literature Reflex, conditioned literature searched 6816 6817