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


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1930
Adaptive behaviour classified by Holmes
Reflex in melacholia
Stimulus
Cortex
Inhibition
0066 0067
Cortex and learning
Learning localisation of
Space-time and neural levels
Affect and dementia praecox
Energy excess of in dementia praecox
Pallium as "general" organ
Schizophrenia and thalamic overactivity
0109 0110
Cortex inhibits thalamus
Inhibition of thalamus by cortex
Pain in neurotics
Pleasure in thalamic syndrome
Reactions in thalamic syndrome
Affect and thalamus
Conscious mind and thalamus
Instinct, sex and thalamus
Stimulus pleasant
0121 0122
Cortex Lashley on function of
Cortex, removal of and projection
Reflex and resonance
Basic pattern
Cortex, visual and pattern theory
Impulse pattern
Impulse, nervous effect on synapse
Localisation in cortex
Memory Lashley on
Space-time stimuli in spacetime and localisation
Synapse effect of impulse on
Vision pattern on cortex
0137 0138
Nerve (peripheral) specific nerve energy
Sensation and Müller's law
Synapse phylogeny of
Synapse multiple synapse
Synapse and stychnine
Affect and dementia praecox
Axon and reciprocal innervation
Cortex and dementia praecox
Inhibition in crab's claw
Schizophrenia and affect
Schizophrenia and phantasy
0149 0150
Cortex gradients in
Cortex matabolism in
Cortex, motor vascularity
Cortex, sensory vascularity
Learning in Infusoria
Paramecium learning
Basic pattern and repression
Complex (Freudian) mechanism of
Dream and pattern theory
Impulse pattern and repression
Stimulus jamming the works
Symbolism and pattern theory
Unconscious, the and neurons
0155 0156
Basic pattern and dreams
Cortex whole cortex acts
Dream and pattern theory
Impulse pattern and dreams
Impulse, nervous permanent modification
Modification of neuron by impulse
Neuron and dreams
Function rules and instinct
Instinct and cerebration
Neuron and instinct
0159 0160
Brain 'key' atoms
Cortex control by 'key' atoms
Cortex, removal of and Lashley
Energy only shown by matter
Intelligence and Lashley
Cortex and the unconscious
Hypnosis (mesmerism)
Unconscious, the relation to conscious
0165 0166
Basic pattern
Cortex blood supply
Impulse pattern
Localisation in cortex
Modification
Energy
Inhibition
Inhibition and strong stimuli
Intelligence
Stimulus strong stimulus
Vision in strabismus
0175 0176
Cortex and release phenomenon
Excitation
Inhibition and petit mal
Memory and effort
Mind (individual) and effort
Reactions selection of reactions
Stimulus
Stimulus jamming the works
Cortex, sensory and stereoscopy
Cortex, visual
Cortex, visual and stereoscopy
Essential light of retina
Fatigue of retina
Inhibition
Localisation in cortex
Retina fatigue
Vision
0183 0184
Cortex dissociation
Cortex, motor and epilepsy
Cortex, removal of functional cortex in hysteria
Instinct, sex in tabes
Nirvanophilia and masochism
Pain in tabetics
Chronaxy
Function rules in central nervous system
Impulse, nervous function rules of nervous impulse
Instinct, sex in tabes
Neuron function rules of neuron
Parameter function rules as
Synapse Rate of crossing
Synapse and epilepsy
0185 0186
Chronaxy logachron
Cortex echo phenomenon
Cortex, motor and echo impulses
0191 0192
Basic pattern
Cortex and sleep
Cortex, motor in sleep
Dream
Fatigue and sleep
Impulse pattern
Impulse, nervous congestion
Inhibition and sleep
Neuron and dreams
Nirvanophilia
Synapse and sleep
Chronaxy
Reactions delayed and cortex
Receptors and sleep
Stimulus and sleep
0193 0194
Dream at lower level
Basic pattern in cortex
Brain fundamental function
Cortex
Cortex and pattern
Cortex, visual and nirvanophilia
Impulse pattern in cortex
Learning
Localisation in cortex
Modification in cortex
Nirvanophilia
Reactions and environment
Reflex in melacholia
Signal reality as
Vision binocular
0205 0206
Cortex
Complex (Freudian) and nirvanophilia
Conscious mind and nirvanophilia
Function rules
Introspection
Levels and nirvanophilia
Nirvanophilia and reciprocal innervation
Reactions and nirvanophilia
Symbolism in insanity
0215 0216

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1931
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
Chronaxy criticism of
Conduction, nerve rate of and chronaxy
Cortex and chronaxy
Impulse, nervous change of chronaxy
Neuron and chronaxy
Nirvanophilia and chronaxy
Reactions
Synapse Rate of crossing
Basic pattern development of
Cortex and preformed reflex
Differentiation in infant
Infant reflexes in
Modification
Reactions modification of
0229 0230
Cortex and learning
Cortex, visual
Impulse, nervous number of
Learning number of impulses
Memory and cortex
Modification of neuron by impulse
Reactions number of impulses in
Retina number of impulses from
Synapse effect of impulse on
Vision
Association
Excitation as "allowing"
Impulse pattern effect of one synapse
Impulse pattern and pain
Inhibition by impulses meeting
Nirvanophilia and movement
Pain
Reflex inhibition of
Stimulus two types
0245 0246
Cortex Kapper's on cortex
Schizophrenia "can't wait"
0263 0264
Cortex as piano
Dream and pattern theory
Impulse pattern and repression
Localisation of reaction
0271 0272
Affect in cryptoscopy
Cortex and memory
Hallucination in clairvoyance
Localisation of memory localisation
Memory and Bergson
Vision with fingers
Conflict always about people
Mind (individual) and space
Mind (individual) loss of trance
Schizophrenia and people
Unconscious, the not individualised
0279 0280
Basic pattern complexity of
Cortex number of neurons
Cortex and the unconscious
Cortex equipotentiality of
Cortex inhibition and hypnosis
Cortex, visual and memory
Hypnosis (mesmerism) and universal mind
Impulse pattern complexity of
Inhibition and hypnosis
Intelligence and number of neurons
Learning localisation of
Localisation of learning
Localisation of memory localisation
Memory localisation of
Metagnosis
Neuron number in cortex
Unconscious, the relation to conscious
Chronaxy apparatus for
Conscious mind essential feature
Cortex and delayed reaction
Function rules in central nervous system
Hypnosis (mesmerism) delayed reaction
Impulse, nervous course in cortex
Inhibition and consciousness
Intelligence localisation of
Neuron essentila function
Nirvanophilia
Reactions delayed and consciousness
Reactions delayed and cortex
Stimulus delayed reaction
0281 0282
Basic pattern
Behaviour controlled by thalamus
Differentiation in development
Impulse pattern
Modification of neuron by impulse
Reactions development as reactions
Reactions of genes
Conflict in society
Cortex echo phenomenon
Cortex, visual and echo phenomenon
Impulse, nervous "echoes" back
Learning
Nirvanophilia
Reactions
Vision
0285 0286
Brain stops growing
Heredity and G [quantity of energy]
Maturity and G [quantity of energy]
Competition equations of
Cortex equipotentiality of
Energy Spearman and energy
Inhibition nature of
Localisation in cortex
0291 0292
Axon length and cell-size
Chronaxy Delage on
Cortex histology of
Essential light of retina
Neuron and axon length
Receptors and cocaine
Synapse and nicotine
Vision
Vision
0295 0296
Synapse halving impulses
Axon numbers in tracts
Cortex histology of
0301 0302
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

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1939
Basic pattern in cortex
Cortex as elastic network
Holism in cortex
Impulse pattern in cortex
Pattern (in general)
Waves ripple theory
0569 0570
Cortex spread of organisation
Entropy ? validity of
Organisation spread of
Equilibrium of a neuron
Equilibrium physical characteristics
Neuron as a stable unit
Neuron environment of
0589 0590

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1941
Summary: 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
Cortex as 'sensitive'
Fatigue and brain
Adaptation in breaks
0887 0888

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1951
Arc needs no feedback
Cortex needs no feedback
Feedback not in cortex
Summary: The nervous system should not have internal feedbacks (unless for special reasons) But see 3396. Confirm 3425, 3521
3355 3356

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1952
Summary: The division by part-functions is not objective. Transformation can destroy part-functions. 3767, 3799
Cortex repeated arcs
Summary: Details of dispersion.
Primary operation on multistable systems
Primary operation defined
The Multistable System [84]: Primary operation needs special definition when applied to a system with part-functions, 3761.
3760 3761

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1954
Summary: "Output to an input" is a relation of order, and may give a lattice.
Arc as partly ordered set
Cortex partly ordered arcs in
Input input to output as order
Lattice input to output lattice
Order among arcs
Output output to input, as order
Partly ordered set arcs as partly ordered set
Summary: Complex taps can be easily built by mere conjunction of many simple. 4792
Design of complex tap
Dynamic system for repetitive work
Machine for repetitive regulation
Relay design of
4788 4789

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1956
Fringe extension of
Summary: The fringe-variables of a system (in this world) are an unbounded set. 5292, 5330
Cortex combinational dynamics of
5288 5289

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1957
Summary: Habituation and its relation to equilibrium.
Arc arcs, must be in sheet
Summary: The system that habituates must be a flat sheet. (But see 5632) 5545, 5631
Summary: of relations between equilibria in part and equilibria in whole. 5259 (See article for refs) 5317, 5510
Cortex must be a sheet
Equilibrium reviewed
Equilibrium anatomy of cortex
5522 5523
Summary: Additive mechanisms in the brain. 5763, 5765.1, 5766.1, 5768
Cortex as store
Critical surface variation of
Signal in ultrastable system
5760 5761
Summary: Complexity of remembering old adaptations is independent of complexity within one adaptation.
Accumulation (of adaptations) number of variables
Cortex size of
Arc ? many
5768 5769

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1958
Summary: Cortex - not statistical but stochastic.
Brain is stochastic
Cortex is stochastic
5986 5987

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