Since then, we've gone back to the Spearman method and actually found that face recognition ability is not correlated with IQ, exactly consistent with the idea that the g and the s factors that Spearman defined behaviorally as different components of mind, may have a relationship to different components of brain you can discover with functional MRI.
And a third reason to ask about the basic components is, I think, just enumerating basic cognitive brain-based components of mind and brain already, in itself, gives us some powerful clues about the nature of the representations and computations that go on in each of those.
These are 'associations' based on memory rather than true 'thoughts'; they participate in the development of the 'ego' and personality (components of Mind, state 3).
some components of [the mind's] experience elicit consciousness, beliefs, emotions, and usages respecting other components of experience.
Here is a process, according to the British philosopher Alfred North Whitehead, whereby some components of [the mind's] experience elicit consciousness, beliefs, emotions, and usages respecting other components of experience.
Freudian and other psychodynamic theories view neurotic symptoms as arising from intrapsychic conflict i.e., the existence of conflicting motives, drives, impulses, and feelings held within various components of the mind.
An influential view held by the psychoanalytic tradition is that neuroses arise from intrapsychic conflict (conflict between different drives, impulses, and motives held within various components of the mind).
Is there something uniquely human about such qualities that puts them beyond the reach of AI? Cognitive scientists like MIT's Tenenbaum theorize that important components of the mind are missing from today's neural networks, no matter how large those networks might be.
By suppressing memory and consciousness - two components of the mind - anesthetics provide great relief to surgical patients and elicit wonder in clinicians and scientists.
Human memory researchers have identified so called "slave systems" in our short-term memory, components of the mind which capture sights and sounds, keeping them alive for a short time while we focus on them.
The adaptive control of thought-rational (ACT-R) model, developed mainly by Anderson [64], which is a symbolic cognitive architecture aiming, like LIDA, to explain how the components of the mind work together to produce coherent cognition.
