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Module 4

A cognitive model from Organic Constructivism

A mental model must explain declarative and procedural expression without reducing mind to concepts or symbols, and remain coherent with neuroscience.

Theoretical position

A non-reductionist model

Rooted in Piaget’s equilibration and later developments, the model shares the naturalist, non-reductionist approach of emergentism: brain processes cause mental processes, but psychology’s macro level and neuroscience’s micro level remain distinct.

These are two descriptions of one constructed reality. Brain imagery suggests plausible parallels rather than systematic correspondences between psychological and neural constructs.

Constructs

Components of the model

Each construct gains meaning through its relationships with the others.
EeSpecific schemas
Content-dependent: physical-inert (Eef), emotional (Eee) and intentional (Eei). They assign meaning.
EgGeneral schemas
Built through reflection: operational (Ego), sentimental (Egs) and grammatical (Egg).
HfFigurative thinking
Signs, symbols, graphics and images: the semiotic or sensory basis of declarative expression.
PcCentral processor
Coordinates and sequences Ee, Hf and Eg activity according to demands.
RiRepresentation of interaction
The sensory-memory trace of external sensorimotor (Ie) or semiotic (Is) interaction.

Procedural response

A = Eg [ Ee + Ri ]

Environmental action mobilises specific schemas, modulated by general ones.

Declarative response

D = Eg [ Ee + Hf + Ri ]

Speech and writing also require connections between schemas and figurative thinking tools.

Dichotomous system

Four pairs guiding the model

Four distinctions express the principles the model must respect.
Signifier and meaning

Less adequate · Meaning as definition

Meaning treated as a grammatical collection of signifiers, as in dictionaries and academic definitions.

More adequate · Organic meaning

An organic whole assigned internally through body, cognition and emotion: what it prepares the subject to do, say or feel.

Learning and external conditions

Less adequate · Correspondence

Substantively connecting old and new ideas, assuming causal teaching-learning links or examining only initial and final states.

More adequate · Internal construction

Construction always occurs inside the subject, however favourable the teaching conditions.

Concept and schema

Less adequate · Symbolic processor

The mind treated as a symbolic processor or grammatical conceptual network reduces procedures to syntax.

More adequate · Schema

An embodied, procedural view in which schemas describe knowledge better than concepts.

Logic and psychology

Less adequate · Logical interpretation

Academic logic can make subjects appear inconsistent, fragmented or confused.

More adequate · Psychological interpretation

A framework faithful to psychological evidence reveals coherent, pragmatic knowledge arising from self-regulation.

Specific constructions

Two information sources: Ie and Is

In sensorimotor interactions (Ie), objects provide raw experiential data. Meaning is assigned through assimilation and schemas readjust through accommodation: the integration is an organic process of trial, adjustment and revision requiring time and emotional engagement.

In semiotic interactions (Is), subjects already know something of shared signs, usually words. Social experience continually enriches meaning: easier than raw-data integration, but still not direct appropriation.

First level

Three domains of specific schemas

Domains overlap, with boundaries better understood through psychological evidence than sharp academic categories.

Eef

Physical-inert domain

Regulates orientation, personal and object balance, and predictions about moving objects.

Eee

Emotional domain

Gives actions and decisions emotional valence that activates or inhibits the organism, crucial to learning.

Eei

Intentional domain

Predicts intentional behaviour: inferring desires, beliefs and intentions from gestures, and anticipating irony, deception and pretence.

Possible neural parallels include motor, sensory, spatial, auditory and balance areas, particularly Wernicke’s area, associated with interpretation. This is a proposed parallel, not an established mapping.

Diagram: awareness and explicit expression
Diagram: awareness and explicit expressionFrom sensorimotor knowing-how to semiotic expression through autonomous and social awareness and representational redescription.Translated version of Nicolás Marín Martínez’s original diagram. View the Spanish original
Read the diagram text
  • Cognitive constructions in making knowledge explicit
  • Autonomous awareness
  • Activated by conflicts between the goal and the outcome of interaction. The subject reflects on the means used, reasons for choosing them, and changes resulting from modifying the initial factors. As the schema becomes more conscious, control and coordination increase
  • Sensorimotor knowledge (knowing how). Exchange through imitation of action
  • Intermediate level. New resources for making explicit through signifiers linked to meanings
  • Semiotic explication of the procedural, implicit knowledge schema
  • Social awareness
  • In interaction with others, autonomous awareness develops faster and becomes explicit in social settings. Representational redescription uses the shared social network of signifiers and meanings to reconstruct the subject’s implicit content so it can be expressed. Schemas gain not only control but also scope and coordination

From implicit to explicit

Figurative tools, awareness and declarative knowledge

The figurative thinking tools (Hf) enable communication and thinking beyond sensorimotor resources. Schemas assign their meanings, creating Hf-Ee relationships that strengthen and become automatic.

Interpersonal interaction involves the S-C: communication expands shared Hf and aligns meanings. The model hypothesises a link with the arcuate fasciculus connecting Broca’s and Wernicke’s areas.

Awareness progresses from exercising a schema, to activating it with recalled objects, to socially supported explicit expression through cooperation and correction.

The model proposes that declarative knowledge is not a permanent schema version but a temporary process of association with Hf, explaining the weak correlation between doing and explaining.

Second level

General schemas and central processor

General schemas develop through sustained cognitive and emotional reflection on first-level procedures and content, and later on explicit knowledge.

The operational schemas (Ego) arise through reflective abstraction on specific-schema regulation. The sentimental schemas (Egs) make emotional schemas explicit through values and norms. Desires often underlie apparently rational arguments; prefrontal and limbic systems are closely connected. The grammatical schemas (Egg) connect semiotic materials through grammatical chains built by Hf-Ee re-equilibration, unlike Chomsky’s innate account.

The central processor (Pc) coordinates executive functions, with prefrontal parallels, sequencing schema and Hf activity. It covers functions Baddeley distributes across the central executive, episodic buffer and working memory.

Conclusions

What this model contributes

01

New constructions

Emotional and intentional schemas extend Piaget’s action schemas, alongside socially regulated awareness and grammatical and sentimental schemas.

02

Organic coherence

S-C explains internalisation without direct appropriation. Declarative expression is temporary construction rather than a fixed conceptual network.

03

Awareness and making explicit

Awareness progressively develops schemas, figurative tools and the connections between them.

04

Emotion and feeling

Emotional constructs (Eee, Egs) promote, activate or inhibit schemas’ assimilation.

05

Origins of the constructs

Long-term memory consists of developing Ee and Eg, unlike genesis-free computer memories. Intentional schemas offer an organic account of theory of mind.