SovStack Curriculum Stage 6.2 — Psychology, Cognition, Decision

Lecture: Psychology, Cognition, and Decision-Making as a Constrained Predictive Stack

The mind modeled as a bounded, development-shaped, reward-sculpted predictive system: compressing policies under capacity limits, minimizing expected mismatch via learning, action, and narrative stabilization — embedded inside collective generative models that reward conformity and punish persistent error.

0. Frame: Mind as Constrained Predictive Architecture

Organizing model: predictive processing / free energy (not metaphysics)
Core move: treat cognition as trajectory selection under constraints — physiology, identity, social sanction, symbolic commitments — with a thin, noisy metacognitive narrator that often confabulates.

Anchor texts for the predictive frame

Control surface: prediction & behavior shaping at scale

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1. Constraint Layer: Biology, Temperament, Capacity

bounded attention → compression → heuristics

Constraints precede “belief” and “reason.” Temperament, working memory, attention allocation, and neurodivergent processing profiles bound which models can stabilize, what uncertainty costs, and which predictions feel intolerable.

Placeholders in the lecture (no single canonical text supplied here)

Operational note: this section becomes concrete when you later bind it to neurobiology (6.1) and to somatic markers (7). The constraint layer is the “shape of the search space.”
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2. Depth Structures: Drives, Archetypes, Life-Style

defenses, hyperpriors, guiding fictions

2.1 Freud: drives, superego, defenses

Defenses as automatic error-handling that protects coherence (self-image + affect tolerance) by filtering disconfirming evidence.

2.2 Jung: archetypes, shadow, individuation

Archetypes as narrative hyperpriors. Shadow projection as externalization of denied traits into enemy images and scapegoats.

2.3 Adler: inferiority, compensation, guiding fictions

Early weakness → compensatory strategies → life-style: a coherent but often rigid policy set for navigating the world.

Placement logic: depth models sit above raw conditioning but below explicit reasoning — they shape what “counts as” a threat, a promise, a duty, a shame, an identity.
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3. Development & Moral Scaffolding

schemas, ZPD, inner speech, cultural tools

3.1 Piaget: schemas, assimilation, accommodation

Resourcesstages + primary paper

3.2 Vygotsky: ZPD, scaffolding, internalization

Key insertion point: “inner speech” is an internalized social layer — a portable institution that travels inside the body.
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4. Learning: Association, Consequence, Modeling

prediction error + reward topology + vicarious reinforcement

4.1 Pavlov: classical conditioning

Expectation + surprise bind cues to automatic physiological and affective responses.

Resourcesconditioning primitives

4.2 Skinner: operant conditioning & schedules

Reinforcement schedules sculpt persistence, compulsion, and avoidance; the environment becomes a shaped reward landscape.

Resourcesbehavioral engineering

4.3 Bandura: modeling, self-efficacy, moral disengagement

Resourcessocial learning stack
Placement logic: learning mechanisms bind the depth layer to policy execution: drives and narratives become habits when reinforcement makes them cheap.
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5. Predictive Processing & Active Inference

precision, attention, policy priors, group models

5.1 Precision & attention

Precision = confidence weighting. Attention = precision allocation. External systems can bias salience and precision—amplifying some errors, damping others.

5.2 Habits as policy priors

Habits are high-prior policies: cheap to run, resistant to contradictory samples, stabilized by repeated reinforcement and identity commitment.

5.3 Collective generative models

Group-level models reward conformity to shared priors and punish persistent deviance as “noise,” “immorality,” or “pathology.”

Resourcesformal backbone + interpretive anchor
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6. Heuristics, Biases, and Ecological Rationality

compressed policies + representation formats

6.1 Kahneman & Tversky: heuristics & biases

Representativeness, availability, anchoring, framing—systematic deviations from some normative benchmarks; a vocabulary later used for nudging and UX control.

Resourcescanonical paper + popular wrapper

6.2 Gigerenzer: ecological rationality (counter-program)

“Bias” often dissolves when information is expressed in natural frequencies; heuristics can be optimal when matched to environment structure.

Insertion point: heuristics = compressed policies; control works by curating the environment to exploit compression and salience.
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7. Emotion, Interoception, Somatic Markers

body as value ledger

Damasio’s somatic marker hypothesis links emotion and bodily prediction to practical choice: options are stamped with interoceptive expectations, biasing attention and action under uncertainty.

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8. Social Identity, Groups, and Moral Fields

roles, sanction, obedience, moral disengagement

Group models enforce shared priors via reward/sanction. Identity scripts and moral narratives set which actions feel permissible or unthinkable, while moral disengagement preserves positive self-concepts during harm.

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9. Metacognition and Introspective Illusion

costly, partial, retrospective narrator

Metacognition is constrained monitoring/control: expensive, opaque, and prone to post-hoc story construction. It remains the only pathway to deliberate reconfiguration — but it is never clean.

Where the resources slot: metacognition is an emergent interface across all stacks — depth defenses (Freud), narrative hyperpriors (Jung), identity scripts (Vygotsky/social), and precision allocation (Friston/Clark).
Cross-linksmetacognition touches everything
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10. Sovereign Cognition vs Synthetic Configuration

control-optimized vs reality-alignment-optimized
Synthetic configuration: institutional narratives held as high-precision priors; disconfirming input treated as threat/noise; reinforcement rewards compliance; identity scripts narrow action space; somatic alarms fire on deviation.
Sovereign configuration: constraint awareness; depth integration; developmental transparency; ownership of reinforcement history; flexibility between stability/update mode; heuristic audit; somatic recalibration; metacognitive practice with humility.
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11. Compact Laws of the Architecture

constraints → depth → development → learning → collective → predictive → heuristic → somatic → narrative → metacognitive
  1. Constraint Law: cognition is an arrangement of biological/capacity limits.
  2. Depth Law: unintegrated drives/archetypes/compensations act as “fate.”
  3. Development Law: early scaffolding seeds priors about self/authority/risk.
  4. Learning Law: associations + reinforcement define the reward topology.
  5. Collective Law: group models enforce shared priors via sanction/reward.
  6. Predictive Law: reduce expected surprise via fidelity or avoidance loops.
  7. Heuristic Law: heuristics are compressed policies; format matters.
  8. Somatic Law: body encodes consequence history as interoceptive predictions.
  9. Narrative Law: framing/representation embeds priors into description.
  10. Metacognitive Law: self-correction is partial/costly/illusion-prone but necessary.
  11. Sovereignty Law: progressive ownership of the stack + anti-closure mechanisms.
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Mechanism → Core Readings (fast routing)

one table; many entry points
Stack element Core entries Control / counter
Depth & defenses Freud lectures, Man and His Symbols Century of the Self (CONTROL)
Development & scaffolding Piaget (1964), ZPD (ERIC) ZPD overview (SYNTH)
Conditioning Pavlov, Beyond F&D Social Dilemma (ARTIFACT/CONTROL)
Model-based learning Bandura lecture, Social learning theory Behavioural state (CONTROL)
Heuristics & framing K&T (1974), Thinking, Fast & Slow Gigerenzer (2015) (COUNTER)
Somatic value Bechara & Damasio, Damasio talk Dunn critique (COUNTER)
Predictive architecture Friston (2010), Clark (2013) Lex #99 (SYNTH)
Macro control regimes Zuboff, Feitsma HyperNormalisation (ARTIFACT)
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Resource Library

All links consolidated (searchable)
Tags: CANON CONTROL COUNTER ARTIFACT

Depth psychology & mythic infrastructure

R01
Freud — Introduction to Psychoanalysis (Introductory Lectures)
CANONBookWikipedia

Primary gateway: slips, dreams, neuroses, defenses — the baseline map used (and later weaponized) across mass culture.

R02
Freud — “A General Introduction to Psychoanalysis” (YouTube audiobook series)
CANONAudio/VideoYouTube

Direct audio pipeline into Freud’s structure of mind as workflow (drives ↔ defenses ↔ symptom).

R03
Freud’s Psychoanalytic Theory Explained (YouTube)
CANONSYNTHESISYouTube

Compact, unusually clear breakdown: id/ego/superego + defenses + development.

R04
Peter Gay — Freud: A Life for Our Time
COUNTER / CONTEXTBookWikipedia

Biographical context that de-mystifies psychoanalysis as timeless truth by locating it historically and culturally.

R05
Jung et al. — Man and His Symbols
CANONBookWikipedia

Accessible condensation of archetypes, symbols, and individuation; anchors “narrative hyperpriors.”

R06
Jung — Individuation (video lecture/interview)
CANONVideoYouTube

Primary contact with Jungian individuation and shadow dynamics (symbolic priors shaping perception).

R07
Adler — Individual Psychology (YouTube lecture)
CANONVideoYouTube

Inferiority, striving, style-of-life; the “guiding fictions” that stabilize life policies.

R08
Adler & Individual Psychology (Khan Academy Medicine)
SYNTHESISVideoYouTube

Concise, technically accurate summary for slotting Adler into the comparative map.

R09
McCluskey (2021) — “Revitalizing Alfred Adler: An Echo for Equality”
COUNTERArticlePMC

Modern re-reading emphasizing social interest and systemic context; rescues Adler from caricature.

R10
Adler — Social Interest: A Challenge to Mankind (Semantic Scholar)
CANONBookSemantic Scholar

Adler’s mature articulation of social interest as antidote to domination/isolation.

R11
The Century of the Self (BBC/Adam Curtis — YouTube playlist)
CONTROLARTIFACTYouTube

Freud/Anna Freud/Bernays folded into PR and population management; bridge from depth theory to mass engineering.

Conditioning, reinforcement & social learning

R12
Pavlov — Classical Conditioning (YouTube)
CANONVideoYouTube

Conditioned stimulus/response, generalization, extinction — the primitive cue→response mechanism.

R13
TED-Ed — “Pavlov’s Dogs and How People Learn”
ARTIFACTVideoYouTube

Polished pop-education packaging; useful for seeing how primitives are laundered into mainstream pedagogy.

R14
Ivan Pavlov’s Classical Conditioning (YouTube)
VideoYouTube

Alternate channel/version for redundancy.

R15
Skinner — lectures/interviews archive (YouTube playlist)
CANONVideoYouTube

Primary material on reinforcement, punishment, schedules; conceptual ancestor of gamified engagement systems.

R16
Skinner — Beyond Freedom and Dignity
CONTROLBookWikipedia

Explicit argument for behavioral engineering as a path to social order; a clear statement of the technocratic impulse.

R17
Bandura — Social Cognitive Theory (YouTube lecture)
CANONVideoYouTube

Modeling + self-efficacy + reciprocal determinism; the media/influencer learning mechanism.

R18
Social Learning Theory (Bandura) — overview
CANONBook/ModelWikipedia

Canonical formulation of vicarious reinforcement and norm internalization in observational environments.

Development & scaffolding (Piaget / Vygotsky)

R19
Piaget’s Stages (Khan Academy MCAT) — video
CANONSYNTHESISYouTube

High-signal walkthrough of stages and key concepts; test-grade precision.

R20
Piaget’s Stages (MedCat/similar) — video
SYNTHESISYouTube

Complementary cross-check; more exam-oriented compression.

R21
Piaget (1964) — “Development and Learning” (JRST)
CANONPaperWiley

Piaget’s own account of how learning relates to developmental stage constraints.

R22
Vygotsky — Sociocultural Theory (YouTube lecture)
CANONVideoYouTube

Tools/signs, internalization, and learning as mediated by social interaction.

R23
Vygotsky — Sociocultural Theory (5 Key Concepts) — video
SYNTHESISYouTube

Focused compression: internalization, language as tool, play, scaffolding.

R24
Khatib & Ebadi — ZPD paper (ERIC PDF)
CANONPDFERIC

Bridges ZPD from child learning to teacher development; shows institutionalization of scaffolding.

R25
Zone of Proximal Development — overview (SimplyPsychology)
SYNTHESISReference

Quick definitions/diagrams for anchoring the term in memory (not deep, but efficient).

R26
ZPD — “An Affirmative Perspective…” (NYSED PDF)
PDFNYSED

Additional ZPD framing (institutional document) for redundancy and applied language.

Heuristics, biases, and the behavioural state

R27
Tversky & Kahneman (1974) — “Judgment under Uncertainty: Heuristics and Biases”
CANONPaperScience

Master-key vocabulary: availability, representativeness, anchoring; base layer for “nudge” protocols and framing warfare.

R28
Kahneman — Thinking, Fast and Slow
CANONBookWikipedia

Mainstream wrapper (System 1/2) assumed by policy/UX ecosystems.

R29
Gigerenzer (2015) — “On the Supposed Evidence for Libertarian Paternalism”
COUNTERPaperPubMed

Direct technical critique of “nudge” paternalism and its evidential claims.

R30
Gigerenzer (2008) — “Homo heuristicus: why biased minds make better inferences”
CANONCOUNTERPubMed

Heuristics as adaptive tools; reframes “bias” as ecological fit under uncertainty.

R31
Gigerenzer — “Decision Making in an Uncertain World” (YouTube)
SYNTHESISVideoYouTube

Applied examples (medicine/finance/law) showing representation formats as decision levers.

R32
Feitsma (2018) — “The behavioural state: critical observations…” (Policy Sciences)
COUNTERCONTROLPMC

Maps how behavioural insights governance operates; separates genuine power from theatre.

R33
Zuboff — The Age of Surveillance Capitalism (HBS page)
CONTROLBookHBS

Behavioral data → prediction → modification as an economic regime; macro-frame for “mind as target.”

Emotion, interoception, somatic markers

R34
Somatic Marker Hypothesis — overview (Wikipedia)
SYNTHESISReferenceWikipedia

Core statement: bodily-encoded emotional signals bias decision-making under uncertainty.

R35
Bechara & Damasio (2005) — “The somatic marker hypothesis…”
CANONPaperScienceDirect

Formal neural theory bridging vmPFC/amygdala with economic decision under uncertainty.

R36
Damasio — “When Emotions Make Better Decisions” (YouTube)
CANONVideoYouTube

Clinical cases demonstrating why “rational choice without affect” fails in real organisms.

R37
PsychExamReview — “Do We Need Emotions to Make Decisions?” (YouTube)
SYNTHESISVideoYouTube

Clear walkthrough of mechanism + Iowa Gambling Task; locks the concept.

R38
Dunn et al. — Critical review of the Somatic Marker Hypothesis (PDF)
COUNTERPDF

Adversarial read: clarifies what is established vs speculative in the SMH program.

R39
The Decision Lab — “Somatic Marker Hypothesis” (explainer)
SYNTHESISExplainer

Compact applied description; useful for quick recall and cross-linking into decision contexts.

Predictive processing & Free Energy (Friston / Clark)

R40
Friston (2010) — “The Free-Energy Principle: A Unified Brain Theory?”
CANONPaperPubMed

Core review: perception, action, learning as long-run free energy / prediction error minimization.

R41
Lex Fridman Podcast #99 — Karl Friston (episode page + YouTube)
SYNTHESISPodcast/Video

Long-form walk through math, metaphysics, and misreadings of FEP/PP.

R42
Clark (2013) — “Whatever Next? Predictive brains, situated agents…”
CANONPaperPubMed

Anchor paper situating predictive processing within embodied/situated cognition.

Films / documentaries / cultural artifacts

R43
The Social Dilemma (documentary)
ARTIFACTCONTROLFilm

Visualization of behavioral targeting, engagement optimization, and their psychosocial fallout.

R44
HyperNormalisation (Adam Curtis)
ARTIFACTFilmWikipedia

Perception management and narrative construction at civilizational scale (useful macro texture).

R45
Freud: The Secret Passion (John Huston)
ARTIFACTFilmWikipedia

Dramatized early Freud; a lens on how psychoanalysis becomes mythologized.