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

Inhibition Ants Brain Intelligence Neuron directing impulses 0072 0073

Intelligence Reactions 0080 0081

Intelligence Waves Dream Unconscious, the and words 0101 0102

Chronaxy apparatus for Cortex, removal of and loss of memory etc Intelligence and cortical function Memory and loss of cortex Impulse pattern and ripple theory Vision ripple theory Waves ripple theory 0139 0140

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

Function rules Intelligence and function rules Mathematics of psychology Space-time and chronaxy 0171 0172

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

Dominance and levels Environment and levels Intelligence and levels Levels and nirvanophilia Cortex, motor in sleep Pain and levels Reality and levels 0201 0202

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

Complex (Freudian) in dementia praecox Reactions repressed Unconscious, the merely waiting Adaptation in Microstomum Intelligence in Microstomum Reflex male copulating 0255 0256

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

Entropy ? validity of Intelligence basic of Nirvanophilia basis of Perceptron Inhibition in retina Integration (physiological) extract from Creed Receptors integration in Retina essential light of retina Sensation integration in Vision 0313 0314

Inhibition and organisation Levels and organisation Structure all knowledge as Adaptation an illusion Environment imperfect adaptation to Group (mathematical) Eddington's special Intelligence is blind 0395 0396

Impulse pattern with counters Intelligence 0443 0444

Independence picture of Intelligence alternative to Interaction in central nervous system Organisation opposite to 0471 0472

Intelligence and organisation Organisation and intelligence 0529 0530

Equilibrium of a system Summary: A great idea... organisation must spread from the environment inwards. Basic pattern basic pattern organisation Environment must be "orderly" Impulse pattern and organisation Intelligence and environment Organisation and intelligence Reactions two basic types of 0587 0588

Organisation two meanings united Pattern (in general) as group-structure Adaptation an illusion Environment must be "orderly" Intelligence is blind Neutral point (of equilibrium - including 'cycle', 'region' etc.) in a pattern 0909 0910

Environment for survival Probability of survival Survival by-product Death achieved Intelligence is blind 1005 1006

Summary: The concept of "breaks" by itself is not sufficient to cause any emergence of adaptation or intelligence. Brain, i.e. a machine of particular type, is necessary. (See 1063) Adaptation brain necessary Brain necessary Intelligence brain necessary Break in machine Organisation in machinery, examples Society [12]: Organisation has two complexities: number of variables and number of parameters, 0984. In man-made machines, 1054. 1053 1054

Summary: The brain should have some step-functions almost inaccessible to the environment. The Multistable System [25]: Some step-functions should be hardly accessible, 3531. Intelligence magnification of 3531 3532

Summary: The essence of intelligence is selection. 4285 Intelligence equals power of selection Summary: Chaos first becomes worth studying when a constancy appears. Natural Selection [69]: What do we mean by the "start" of a system? 4187. 4186 4187

Summary: A better way of stating my 'limit' theorems, and 'trend' theorems. Intelligence comparison with power 4276 4277

Summary: Multiple, competing, essential variables lead to the same problem, whether occurring in one person or scattered among many. 4289 Conflict between essential variables Essential variables conflict between Essential variables dominance between Levels of essential variables Society [47]: The essential variables of the people in a society are as functionally joined as if in the person, 4284. The Multistable System [75]: Levels between essential variables. 4284. Psychiatric applications [26]: Conflict between two essential variables, 4284. Intelligence as selection Selection intelligence as 4284 4285

Intelligence as selection 5682 5683

Computing machines spontaneous generation in Intelligence spontaneous generation Life spontaneous generation in a computer Reproduction as specialised adaptation Spontaneous generation of life in computer Summary: Spontaneous generation of brain in a computer. 5812, 5816.7, 5958 Reducibility irreducible systems 5808 5809

Summary: A variable may be essential to an organism and yet outside of it. Computing machines spontaneous generation in Intelligence spontaneous generation Essential variables abstractly Life spontaneous generation in a computer Spontaneous generation of life in computer Survival within computer Transformation adaptation to any 5812 5813

Adaptation spontaneous generation Intelligence spontaneous generation Summary: How to generate Life and Intelligence with probability 1 Regulation must have parts 5960 5961

Canalisation (Waddington) a local equilibrium Heredity Waddington on Intelligence Waddington's mistake Learning genetic readiness 6440 6441