BASIC PSYCHOLOGY — HIGH-YIELD TABLES
SECTION 1: FOUNDATIONS OF LEARNING THEORY
1. Core Learning Concepts
| Concept | Definition / Principle | Distinction | Example |
|---|---|---|---|
| Learning | Persistent change in behaviour/knowledge from experience | Experience-dependent | Learning to write via practice |
| Maturation | Biologically programmed neurological/physical growth | No experience needed | Puberty; motor milestones |
| Temporary Change | Short-lived alteration via physiological/situational states | Not true learning | Fatigue, drugs, illness, hunger |
| Behavioural | Governed by stimuli, responses, consequences | Conditioning | Phobia acquisition, avoidance |
| Social/Observational | Acquired by watching a model | No direct reward needed | Child copying older sibling |
| Cognitive | Involves mental maps, logic, expectations | Occurs without immediate action | Latent learning; verbal advice |
2. Major Forms of Learning
| Form | Mechanism | Major Figure | Classic Clue |
|---|---|---|---|
| Habituation | Response falls to repeated harmless stimulus | Groves & Thompson | Train noise ignored |
| Sensitisation | Response rises to repeated/threatening stimulus | — | Dripping tap becomes infuriating |
| Classical Conditioning | S–S association (predictive stimulus) | Pavlov | Bell paired with food |
| Operant Conditioning | R–C association (consequence-driven) | Skinner | Lever press produces food |
| Observational | Modelling via observation | Bandura | Bobo doll imitation |
| Latent Learning | Unexpressed cognitive map forms without reward | Tolman | Unrewarded maze exploration |
| Learned Helplessness | Uncontrollable adversity → perceived lack of control | Seligman | Inescapable shock → passivity |
| Imprinting | Rapid, rigid critical-period learning | Lorenz | Goslings follow first moving object |
3. Habituation, Sensitisation & Differentials
| Concept | Defining Feature | Key Distinction |
|---|---|---|
| Habituation | Response ↓ to 1 harmless stimulus | Non-associative learning |
| Sensory Adaptation | Sensory receptor responsiveness ↓ | Peripheral/sensory, not central learning |
| Extinction | CR ↓ when CS presented without UCS | Requires prior conditioning |
| Sensitisation | General responsiveness ↑ | Opposite direction to habituation |
| Incubation | Conditioned fear ↑ after brief CS exposures | Exposure stopped while anxiety is high |
| Generalisation | CR elicited by stimuli similar to CS | Expands stimulus range |
4. Classical Conditioning Components & Sequences
- Components:
- NS: Neutral Stimulus (no baseline target response; e.g., tone/elevator before trauma).
- UCS: Unconditioned Stimulus (naturally triggers response; e.g., food/elevator crash).
- UCR: Unconditioned Response (innate reaction to UCS; e.g., salivation/trauma fear).
- CS: Conditioned Stimulus (former NS triggering learned response; e.g., bell/elevator cues).
- CR: Conditioned Response (learned reaction to CS; e.g., salivation to bell/elevator anxiety).
- Sequence: Before: UCS → UCR, NS → ∅ | During: NS + UCS → UCR | After: CS → CR.
- Little Albert: UCS = Loud noise; UCR = Fear; NS = Mouse; CS = Mouse; CR = Fear.
5. Acquisition Parameters
- Acquisition: Initial CS–UCS bond formation; follows an asymptote (levels off, does not rise infinitely).
- Determinants: Number of pairings, temporal contiguity, CS predictive reliability, stimulus salience, preparedness.
6. Classical Conditioning Timing
| Sequence | Description | Relative Strength |
|---|---|---|
| Delayed (Forward) | CS starts → UCS overlaps before CS ends | Strongest (optimal CS predictive value) |
| Trace | CS ends → temporal gap → UCS | Moderate (depends on memory trace) |
| Simultaneous | CS + UCS start and end together | Weak (no predictive advance warning) |
| Backward | UCS occurs before CS | Weakest; often inhibitory |
- Trap: Backward conditioning (UCS → CS) ≠ Higher-Order conditioning (CS1 → CS2).
7. Classical Conditioning Phenomena
- Extinction: New inhibitory/safety learning competing with original trace (not erasure); explains spontaneous recovery, renewal, and reinstatement.
- Higher-Order Conditioning: An established CS1 pairs with a new NS to turn it into CS2 (without UCS).
- Preparedness: Evolutionary predisposition to condition to survival threats (spiders, snakes, heights).
8. Operant Conditioning Fundamentals
- Principle: Behaviour frequency changes based on its consequences (Response → Consequence).
- Thorndike: Law of Effect (satisfying outcomes strengthen behaviour; unpleasant outcomes weaken it).
- Skinner: Operant chambers, shaping, schedules, reinforcement/punishment.
9. Reinforcement and Punishment Matrix
| Stimulus Added (Positive) | Stimulus Removed/Prevented (Negative) | |
|---|---|---|
| Behaviour Increases (Reinforcement) | Positive Reinforcement (Reward/token) | Negative Reinforcement (Anxiety/pain relief) |
| Behaviour Decreases (Punishment) | Positive Punishment (Reprimand/criticism) | Negative Punishment (Fines/privilege loss) |
- Rule: Added = Positive; Removed/Prevented = Negative | Rate ↑ = Reinforcement; Rate ↓ = Punishment.
- Omission Training / Time-out: Forms of negative punishment (withholding/removing reward).
- Negative Reinforcement ≠ Punishment: Negative reinforcement increases behaviour via relief/escape/avoidance.
- Reward vs Reinforcer: Reinforcers are strictly defined by their objective effect (must ↑ behaviour).
10. Avoidance vs Escape Learning
| Process | Definition | Example |
|---|---|---|
| Avoidance Learning | Response occurs before aversive event and prevents it | Rat moves on warning tone before shock |
| Escape Learning | Response occurs during aversive event and terminates it | Rat jumps after shock starts to stop it |
11. Reinforcement Schedules
| Schedule | Delivery Basis | Predictability | Typical Pattern | Extinction Resistance |
|---|---|---|---|---|
| Continuous (CR) | Every response | Absolute | Rapid acquisition | Lowest (rapid extinction) |
| Fixed Interval (FI) | Fixed time elapsed | Predictable | Scalloped responding | Moderate |
| Variable Interval (VI) | Unpredictable time | Unpredictable | Steady, moderate rate | High |
| Fixed Ratio (FR) | Fixed response count | Predictable | High rate + post-reinforcement pause | Moderate–High |
| Variable Ratio (VR) | Variable response count | Unpredictable | Highest, steady rate; no pauses (Gambling) | Greatest |
12. Social Learning Theory (Bandura)
- Core: Learning by observing models without direct reinforcement of the observer.
- Bobo Doll: Direct reward unnecessary for acquisition; model consequences altered spontaneous reproduction (vicarious reinforcement/punishment).
- 4 Stages: Attention → Retention → Reproduction → Motivation.
- Identification: Stronger when the model is high-status, admired, similar, or emotionally significant.
13. Cognitive Learning from Verbal Information
- Modifying schemas, beliefs, intentions, or actions purely via language, instruction, and logic without direct rewards, punishment, or model observation.
14. Learned Helplessness (Seligman)
- Triad: Inescapable adversity → perceived uncontrollability → passivity/apathy/depression.
- Attributional Reformulation: Depressive style = Internal, Stable, Global attributions for failure.
- Forced Swim Test: Immobility traditionally interpreted as behavioural despair; sensitive to antidepressants; limited construct validity.
15. Imprinting vs Attachment & Latent Learning
- Imprinting (Lorenz): Rigid, rapid, critical-period following response in precocial birds; no conventional reward required.
- Latent Learning (Tolman): Cognitive maps acquired during unrewarded exploration; performance emerges when incentive is introduced.
16. Clinical Integration of Learning Theory
| Clinical Entity | Acquisition (Classical) | Maintenance (Operant) | Therapeutic Mechanism |
|---|---|---|---|
| Phobia / PTSD | Trauma cues = CS | Avoidance removes fear (-R) | Graded exposure / Inhibitory learning |
| OCD | Obsession = Anxiety trigger | Ritual neutralises anxiety (-R) | ERP (Exposure & Response Prevention) |
| Addiction | Paraphernalia/cues = CS | Cravings trigger drug-seeking | Cue exposure without consumption |
- Addiction Therapies:
- Cue Exposure: Repeated CS presentation without consumption → Extinction.
- Contingency Management: Tangible rewards (+R) for verified biological abstinence.
- Aversion Therapy: Counterconditioning CS with noxious stimulus.
17. Learning Theory Figures Key Summary
- Pavlov: Classical conditioning | Watson: Behaviourism; Little Albert | Thorndike: Law of Effect | Skinner: Operant conditioning | Bandura: Observational/Social learning | Seligman: Learned helplessness | Tolman: Latent learning / Cognitive maps | Lorenz: Imprinting / Instinctive aggression | Wolpe: Systematic desensitisation / Reciprocal inhibition.
SECTION 2: PERCEPTION, ATTENTION AND CONSCIOUSNESS
18–21. Sensation, Perception & Perceptual Distortions
- Sensation vs Perception: Sensation = receptor detection/transduction; Perception = cortical selection, organisation, and interpretation.
- Distinctions:
- Illusion: Misinterpreted real external stimulus (coat = person).
- Hallucination: Perception-like experience with no external stimulus.
- Delusion: Fixed false belief (cognitive, not sensory).
- Distortions: Macropsia (↑ size), Micropsia (↓ size), Dysmegalopsia (size/shape distorted), Metamorphopsia (lines/shapes warped).
- Processing:
- Bottom-up (Data-driven): Sensory features → cortex (lines, edges, colour).
- Top-down (Concept-driven): Knowledge/expectations/context guide interpretation.
- Gregory’s Constructivism: Perception is active, indirect top-down hypothesis testing.
- Gibson's Ecological Theory: Perception is direct extraction of environmental invariants.
22–23. Constancies & Gestalt Principles
- Perceptual Constancies: Intrinsic object properties perceived as stable despite changing retinal inputs:
- Shape Constancy: Rectangular door perceived as rectangular despite opening to a trapezoidal retinal image.
- Size Constancy: Perceived size remains constant as distance shifts retinal size.
- Brightness Constancy: Perceived reflectance remains stable under changing illumination.
- Gestalt Laws: Figure-ground, Proximity (nearby grouped), Similarity (shared traits grouped), Good continuation (smooth paths), Closure (incomplete shapes filled in), Common fate (elements moving together grouped), Prägnanz (simplest form preferred).
- Distractor: Approximation is NOT a Gestalt law.
24–27. Attention & Models
- Types: Focused (single discrete stimulus), Selective (one channel attended, distractors suppressed), Sustained/Vigilance (monitoring over time/rare signals), Divided (concurrent tasks), Alternating (task switching).
- Selective Attention Models:
- Broadbent: Early all-or-none filter based purely on physical characteristics.
- Treisman: Flexible attenuation model; unattended channel is turned down, not blocked; salient signals (own name, threat) exceed activation threshold (Cocktail-Party Effect).
- Deutsch–Norman: Late filter; all inputs receive semantic analysis before selection.
- Attentional Phenomena:
- Inattentional Blindness: Visible unexpected item missed due to focus elsewhere (Invisible Gorilla).
- Change Blindness: Failure to spot difference between successive scenes.
- Attentional Blink: Deficit detecting a 2nd target 200–500 ms after a 1st target.
28. Mental Imagery
- Analogue Theory (Kosslyn): Images retain spatial/metric properties; scanning time ∝ distance on mental map.
- Propositional Theory (Pylyshyn): Representations stored as abstract language-like propositions.
- Action Cycle Theory: Enactive system involving 6 reciprocal components: Objects, Schemata, Actions, Affect, Goals, Others' Behaviour.
29–31. Chronobiology & Sleep
- Rhythms: Circadian (~24 h), Ultradian (< 24 h), Infradian (> 24 h).
- Pacemaker: Suprachiasmatic nucleus (SCN) in anterior hypothalamus; entrained by light (primary zeitgeber) via the retinohypothalamic tract.
- Sleep Architecture:
- N1: Light transitional sleep; θ waves replace α.
- N2: Sleep spindles + K-complexes.
- N3: Slow-wave sleep (SWS); prominent δ activity; concentrated early in night.
- REM: Wake-like desynchronised EEG, muscle atonia, rapid eye movements, vivid dreams; lengthens toward morning; deprivation causes REM rebound.
32–34. Dreaming, Cataplexy & Hypnosis
- Activation-Synthesis (Hobson & McCarley): Brainstem/pons generates chaotic cholinergic activation; cortex synthesises narrative; DLPFC deactivated (explains lack of logic/metacognition).
- Cataplexy: Sudden, emotion-triggered (laughter, anger) bilateral skeletal muscle tone loss; consciousness preserved; hallmark of Narcolepsy type 1.
- Hypnosis: Narrowed, focused attention, reduced peripheral awareness, ↑ suggestibility, diminished reality testing. Attention is NOT diffusely distributed.
SECTION 3: MEMORY SYSTEMS AND PROCESSES
35–37. Memory Stores & Working Memory
| Store | Capacity | Duration | Encoding / Features |
|---|---|---|---|
| Iconic | Very large | 0.2–0.5 s | Raw visual trace |
| Echoic | Very large | 2–4 s | Raw auditory trace |
| Short-Term (STM) | 7 ± 2 chunks (Miller) / ~4 | 15–30 s (no rehearsal) | Phonological / Acoustic |
| Working (WM) | Limited | Seconds (active) | Active storage + manipulation |
| Long-Term (LTM) | Virtually unlimited | Lifelong | Distributed cortical/subcortical networks |
- Baddeley & Hitch WM Model:
- Central Executive: Attentional control, task switching, strategy, inhibition.
- Phonological Loop: Phonological store ("inner ear") + Articulatory loop ("inner voice").
- Visuospatial Sketchpad: Visual/spatial manipulation (mental rotation).
- Episodic Buffer: Multimodal integration binding WM and LTM into temporary episodes.
- Digit Span: Forward = STM/attention; Backward/Sequencing = Working Memory manipulation.
38–41. Long-Term Memory Systems & Differentials
Long-Term Memory
Declarative (Explicit)
[Medial Temporal / Hippocampus]
[Medial Temporal / Hippocampus]
Non-Declarative (Implicit)
[Basal Ganglia / Cerebellum / Cortical]
[Basal Ganglia / Cerebellum / Cortical]
Episodic
(Personal events)
"Breakfast today"
(Personal events)
"Breakfast today"
Semantic
(Facts/meanings)
"Capital of France"
(Facts/meanings)
"Capital of France"
Procedural
(Motor skills)
"Riding bike"
(Motor skills)
"Riding bike"
Priming
(Implicit)
"Doc→Nurse"
(Implicit)
"Doc→Nurse"
Conditioning
(S-S / R-C)
(S-S / R-C)
- Schizophrenia Profile: Marked deficits in Working, Episodic, Context/Source, and Prospective memory; Procedural/Implicit memory is robustly preserved.
42–43. ADHD & Ageing Memory Trajectories
- ADHD: Core cognitive endophenotypes = Working Memory impairment and reduced attention accuracy.
- Healthy Ageing Gradient: Free Recall declines most → Cued Recall intermediate → Simple Recognition is least affected (environmental support). Procedural memory remains intact.
44–47. Processes, Retrieval & Interference
- Levels of Processing (Craik & Tulving): Deep semantic processing → superior durability compared to shallow acoustic/physical processing.
- Serial-Position Effect:
- Primacy: First items → transferred to LTM via rehearsal (unaffected by brief filled delays).
- Recency: Last items → retained in STM (wiped out by filled delay before recall).
- Interference:
- Proactive: Old learning disrupts New learning (old password keeps intruding).
- Retroactive: New learning disrupts Old learning (new phone number makes old one forgotten).
48–52. Amnesia, Distortion & Prospective Memory
- Ribot's Law: Temporally graded retrograde amnesia; recent pre-insult memories are far more vulnerable than remote consolidated memories.
- Memory Distortions:
- Flashbulb Memory: Vivid, confident autobiographical recall of shocking news; accuracy declines despite high confidence.
- Cryptomnesia: Unintentional plagiarism (source forgotten; idea felt as original).
- Retrospective Falsification / Schema Reconstruction: Memory warped over time to align with current beliefs/schemas.
- Confabulation: Honest lying without intent to deceive; diencephalic/frontal dysfunction.
- Amnesic Syndromes:
- Organic Amnesia (Korsakoff / Bilateral MTL): Dense anterograde amnesia, variable retrograde amnesia, ± confabulation, with spared immediate digit span and preserved procedural learning.
- Dissociative Amnesia: Stress/trauma-linked autobiographical loss; no organic deficit.
- Dissociative Fugue: Dissociative amnesia + purposeful wandering / identity loss.
- Prospective Memory: Remembering intended future actions ("remembering to remember"); time-based is harder than event-based; dependent on prefrontal networks.
SECTION 4: INTELLIGENCE, PERSONALITY, AND SOCIAL COGNITION
53–56. Intelligence Frameworks & Flynn Effect
- Fluid (Gf) vs Crystallised (Gc):
- Fluid (Gf): Novel, abstract problem-solving; culture-reduced; declines with early ageing (Raven Matrices).
- Crystallised (Gc): Acquired verbal/factual knowledge; resilient to early ageing/insult (Vocabulary, NART).
- Theories: Spearman (g + s positive manifold); Cattell–Horn (Gf / Gc); Sternberg Triarchic (Analytical, Creative, Practical).
- Flynn Effect: Generational rise in raw IQ scores over time; greatest for fluid/abstract reasoning; driven by environmental/educational changes (not genetics).
57–61. Intelligence & Neuropsychological Assessment
- IQ Metrics: Mean = 100, SD = 15. IQ 70 = -2 SD (intellectual disability threshold; requires adaptive deficits).
- WAIS Scales: Digit Symbol–Coding = Processing Speed / Performance (not verbal).
- NART: National Adult Reading Test (pronunciation of irregular words like yacht, aisle) → estimates premorbid crystallised IQ.
62–66. Frontal Syndromes & Executive Neuropsychology
| Region | Core Functions | Deficit / Syndrome |
|---|---|---|
| Dorsolateral PFC (DLPFC) | Working memory, planning, problem-solving | Executive dysfunction, concrete thinking |
| Orbitofrontal Cortex (OFC) | Social judgement, impulse control, inhibition | Disinhibition, tactlessness, childish facetiousness (witzelsucht) |
| Medial Frontal / ACC | Initiation, motivation, effort, conflict monitoring | Apathy, abulia, akinetic mutism |
- Neuropsychological Tests:
- Stroop: Selective attention, inhibitory control, interference suppression.
- WCST (Wisconsin Card Sort): Concept formation, set-shifting, rule-switching; failure → perseveration.
- Hayling Test: Suppression of prepotent verbal responses (executive inhibition).
- Rey-Osterrieth Complex Figure: Visuospatial construction (copy) and visual memory (recall).
- Constructional Praxis: Assessed via drawing/assembling; impaired in right hemisphere/parietal stroke.
67–74. Personality Theories
- Trait Approaches:
- Allport: Cardinal (dominant, rare), Central (core traits), Secondary (situational).
- Nomothetic vs Idiographic: Nomothetic = universal laws, group comparisons, standardised scales; Idiographic = unique individual configuration.
- Models:
- Big Five (OCEAN): Openness, Conscientiousness, Extraversion, Agreeableness, Neuroticism. (Honesty-Humility, Carefulness, and Psychoticism are NOT Big Five traits).
- Eysenck PEN: Psychoticism, Extraversion, Neuroticism (strongly biological/genetic, cortical/autonomic arousal).
- Cloninger: Temperament (Novelty Seeking [DA], Harm Avoidance [5-HT], Reward Dependence [NE], Persistence); Character (Self-Directedness, Cooperativeness, Self-Transcendence).
- Type A vs Type B: Type A = time-urgent, hostile (cardiovascular risk factor); Type B = relaxed under time pressure.
- Authoritarian: Rigid conventionalism, submission to authority, hostility to norm-violators.
75–79. Assessment, Biases & Clinical Personality
- Personality Assessment:
- Objective: MMPI, EPQ, NEO (standardised; susceptible to social desirability/literacy limitations).
- Projective: TAT (ambiguous scene stories), Rorschach (10 inkblots; useful when illiterate).
- Horn Effect: Negative halo; one perceived negative feature causes globally negative assumptions.
- Psychopathy vs Dissocial PD: Psychopathy = callous, manipulative, shallow affect, lack of empathy; Dissocial PD = behavioural rule-breaking/antisocial conduct. Persistent fear of abandonment is absent in Dissocial PD (indicates BPD).
- Childhood Conduct Disorder: Strong predictor of adult Antisocial Personality Disorder.
- BPD vs Complex PTSD:
- BPD: Rapidly shifting, unstable identity/self-image, splitting, impulsivity, self-harm.
- Complex PTSD: Persistently negative, stable self-concept following chronic trauma.
- Mahler Object Relations: BPD linked to failure during the Rapprochement subphase (15–24 months).
80–86. Language, Development & Social Cognition
- Linguistics: Lexical Semantics = word meanings and relationships; Syntax = grammar/sentence structure; Phonology = speech sounds; Morphology = word building.
- Developmental Language Milestone: Spontaneous two-word phrases ("more milk") emerge at ~2 years.
- Piaget Schema Dynamics:
- Assimilation: Fitting new data into existing schema unchanged (calling a zebra a "horse").
- Accommodation: Modifying existing schema to fit new data (differentiating zebra from horse).
- Bayesian Reasoning: Prior × Likelihood → Posterior. Positive test in rare disease requires base-rate consideration.
- Theory of Mind: Representing others' mental states; tested via Sally–Anne task (mastered around 4 years).
- Mirror-Neuron Network: Frontal node = Inferior Frontal Gyrus (IFG); Parietal node = Inferior Parietal Lobule (IPL).
- Self-Serving Bias: Success attributed internally; failure attributed externally.
SECTION 5: MOTIVATION, EMOTION, STRESS AND REWARD
87–89. Motivation & Maslow
- Maslow’s Classic Hierarchy:
- Physiological (survival/food/water)
- Safety (security/protection)
- Love/Belonging (social connection)
- Esteem (accomplishment/status)
- Self-Actualisation (potential)
- Rule: Once belonging is satisfied → Esteem becomes the next salient tier. Severe starvation/hypoxia places Physiological first.
90–94. Theories of Emotion & Affective Neuroscience
- Emotion Models:
- James–Lange: Stimulus → Body arousal → Conscious emotion ("I tremble, therefore I am afraid").
- Cannon–Bard: Stimulus → Body arousal + Emotion simultaneously via thalamus.
- Schachter–Singer (Two-Factor): Stimulus → Undifferentiated arousal → Contextual cognitive appraisal → Emotion.
- Universal Facial Expressions (Ekman): 6 classic emotions: Anger, Disgust, Fear, Happiness, Sadness, Surprise.
- Primary Affective Systems (Panksepp): 7 subcortical mammalian systems: SEEKING, FEAR, RAGE, LUST, CARE, PANIC/GRIEF, PLAY. (SHAME is NOT one of Panksepp's 7 systems).
95–99. Stress, Reward & Pain
- Yerkes–Dodson Law: Inverted U-shaped curve; performance is poorest at very low and very high arousal; optimal at moderate arousal. Complex tasks have a lower optimal arousal threshold than simple tasks.
- Reward Prediction Error (RPE): RPE = Received Reward - Expected Reward. Phasic dopamine bursts signal positive RPE; pause signals negative RPE.
- Incentive Salience: Motivational "wanting" value; in grief, manifests as yearning/proximity-seeking toward reminders of the deceased.
- Altruistic Analgesia: Altruism ↓ subjective pain via decreased activation in bilateral insula and dACC (vmPFC reflects meaningfulness).
SECTION 6: PSYCHOLOGICAL THERAPIES AND CLINICAL APPLICATIONS
100–102. Transtheoretical Model, MI & Placebo
- Cycle of Change (Prochaska & DiClemente):
- Precontemplation: Problem denied; no intent to change.
- Contemplation: Ambivalence; aware of problem, no concrete plan.
- Preparation: Decision made + concrete action plan arranged (contacting clinic, setting date).
- Action: Active modification of behaviour.
- Maintenance: Sustained change; relapse prevention.
- Motivational Interviewing (Miller & Rollnick): Person-centred, directive; develops discrepancy between behaviour and core values; non-confrontational; supports autonomy.
- Placebo Mechanics: Driven by conditioning and expectation; triggers endogenous opioids/dopamine; partially reversed by naloxone; does not require deception or a fixed personality type.
103–106. Behavioural Therapies & Mowrer's Model
- Systematic Desensitisation (Wolpe): Relaxation training + Anxiety hierarchy + Graded exposure. Theoretical basis = Reciprocal Inhibition (relaxation inhibits anxiety).
- Exposure Modalities:
- Graded Exposure: Stepwise real-life exposure without relaxation training.
- Flooding: Immediate, prolonged, high-intensity in vivo exposure without hierarchy.
- Implosion: Immediate, prolonged, high-intensity imaginal exposure (often exaggerated).
- ERP: Exposure to trigger + prevention of compulsion (breaks negative reinforcement cycle).
- Mowrer's Two-Factor Model:
- Acquisition: Classical conditioning (UCS + CS).
- Maintenance: Operant conditioning via Negative Reinforcement (avoidance brings immediate anxiety relief).
107–110. DBT, PTSD Interventions & IPT
- DBT (Linehan): Core dialectic = Acceptance + Change; target hierarchy = 1. Life-threatening → 2. Therapy-interfering → 3. Quality-of-life. 4 Skills: Mindfulness, Distress Tolerance, Emotion Regulation, Interpersonal Effectiveness.
- PTSD Treatments: TF-CBT, EMDR, Prolonged Exposure. Psychological First Aid is early supportive care. Routine single-session Psychological Debriefing is NOT recommended (can worsen trauma).
- IPT (Sullivan, Klerman, Weissman): Structured, time-limited (12–16 sessions). 4 Problem Areas: Grief (death only), Role Dispute (interpersonal conflict), Role Transition (retirement, migration, divorce, parenthood), Interpersonal Deficits (chronic isolation).
111–115. Group Therapy, Systems & CBT
- Group Therapy: Best suited for social skills deficits; contraindicated in florid mania/psychosis. Mirroring = seeing one's own traits reflected in another group member.
- Therapeutic Alliance: Goals, tasks, emotional bond; Patient rating is the strongest predictor of outcome.
- Therapeutic Community Principles: Democratisation (flattened hierarchy/shared decisions), Communalism (shared work), Permissiveness, Reality Confrontation.
- Family Systems: Circular causality (reciprocal feedback loop: A ↔ B); Camberwell Family Interview assesses Expressed Emotion (Criticism, Hostility, Emotional Over-Involvement).
- CBT: Collaborative empiricism, guided discovery, behavioural experiments. Unconscious symbolic interpretation is NOT part of CBT.
116–119. Grief, Delay Discounting & OCD Biology
- Kübler-Ross Grief: DABDA (Denial, Anger, Bargaining, Depression, Acceptance). (Rejection is NOT a stage). Non-linear.
- Delay Discounting: Steep discounting = steep loss of subjective value with delay → high impulsivity.
- OCD Superstition Theory: Compulsions arise via accidental reinforcement and are maintained by negative reinforcement.
- PANDAS: Abrupt onset of OCD/tics in children linked to Group A β-haemolytic Streptococcus pyogenes.
SECTION 7: RESEARCH & DEVELOPMENTAL PSYCHOLOGY
120–124. Research Methodology & Core Clinical Links
- Designs:
- Cross-Sectional: Different age groups compared simultaneously; fast/cheap; confounded by Cohort Effects.
- Longitudinal: Same individuals tracked over time; reveals true trajectories; confounded by Attrition and practice effects.
- Period Effect: Historical event impacting all age cohorts at that time.
- Guanfacine: Selective α2A-adrenergic agonist; non-stimulant treatment for ADHD; enhances prefrontal networks.
- DAMP (Deficits in Attention, Motor control, Perception): Strongly associated with prenatal Alcohol exposure.
FINAL RAPID DISCRIMINATION TABLE
| Exam Trigger / Clinical Clue | Correct Concept / Answer |
|---|---|
| Repeated harmless stimulus; response drops | Habituation |
| Repeated intense/threatening stimulus; response rises | Sensitisation |
| CS presented repeatedly without UCS | Extinction |
| Conditioned fear gets stronger after brief exposures | Incubation |
| Conditioned fear spreads to similar stimuli | Stimulus generalisation |
| Response restricted strictly to original CS | Stimulus discrimination |
| UCS presented before CS | Backward conditioning |
| Established CS conditions a new neutral stimulus | Higher-order conditioning |
| Behaviour ↑ because pleasant stimulus added | Positive reinforcement |
| Behaviour ↑ because aversive state removed/prevented | Negative reinforcement |
| Behaviour ↓ because aversive consequence added | Positive punishment |
| Behaviour ↓ because desirable stimulus removed | Negative punishment |
| Action prevents anticipated aversive event before onset | Avoidance learning |
| Action terminates an ongoing aversive stimulus | Escape learning |
| Reinforcement after predictable fixed time | Fixed interval (Scallop) |
| Reinforcement after unpredictable time | Variable interval |
| Reinforcement after predictable number of responses | Fixed ratio (Post-reinforcement pause) |
| Reinforcement after unpredictable response count | Variable ratio (Slot machine, highest persistence) |
| Child imitates model without personal reward | Observational learning / Modelling |
| Imitation falls immediately after seeing model punished | Vicarious punishment |
| Unrewarded maze exploration revealed on later reward | Latent learning (Cognitive map) |
| Inescapable adversity → subsequent passivity | Learned helplessness |
| Rapid critical-period following response in birds | Imprinting |
| Perceptual inference based on prior knowledge | Top-down processing / Gregory's theory |
| Sensory feature analysis without prior knowledge | Bottom-up processing |
| Opening door looks rectangular despite trapezoid retina image | Shape constancy |
| Incomplete shape perceived as full/complete | Closure |
| Spatially close elements perceived as a unit | Proximity |
| Hearing own name in unattended conversation | Cocktail-party effect / Treisman attenuation |
| Looking at satnav and missing visible red light | Inattentional blindness |
| Mental scan time proportional to imagined distance | Analogue representation theory |
| Circadian primary pacemaker | Suprachiasmatic nucleus (SCN) |
| Primary zeitgeber for circadian clock | Light |
| Sleep spindles and K-complexes | N2 sleep |
| Deep delta slow-wave sleep | N3 sleep |
| Muscle atonia + wake-like EEG + vivid dreaming | REM sleep |
| Brainstem activation synthesised by cortex into dream | Activation-synthesis theory |
| Sudden emotion-triggered loss of tone, fully conscious | Cataplexy |
| Narrowed focus + high suggestibility (never diffuse) | Hypnosis |
| Holds and manipulates info over seconds | Working memory |
| Memory for personal time-stamped events (breakfast) | Episodic memory |
| Memory for general facts, capitals, word meanings | Semantic memory |
| Memory for motor skills/habits (cycling, typing) | Procedural memory |
| Preserved memory in dense amnesia / Schizophrenia / Ageing | Procedural / Implicit memory |
| Ageing episodic task with the smallest decline | Simple recognition |
| Old learning interferes with recall of new info | Proactive interference |
| New learning interferes with recall of old info | Retroactive interference |
| Recent memories lost more than remote after brain injury | Ribot's law (Temporal gradient) |
| Vivid emotional memory; confidence ≠ accuracy | Flashbulb memory |
| Plagiarising an idea because source was forgotten | Cryptomnesia |
| Memory reshaped over time to match present beliefs | Retrospective falsification / Schema reconstruction |
| Cannot make new declarative memories after injury | Anterograde amnesia |
| Lost memories from before the brain injury | Retrograde amnesia |
| Stress-induced autobiographical loss with wandering | Dissociative fugue |
| Remembering to perform a future intention | Prospective memory |
| Abstract novel problem solving (Raven Matrices) | Fluid intelligence (Gf) |
| Acquired verbal/factual knowledge (NART, Vocab) | Crystallised intelligence (Gc) |
| Reading irregular words to estimate premorbid IQ | NART |
| WAIS processing speed/performance subtest | Digit Symbol–Coding |
| Stroke patient cannot copy figures or assemble designs | Constructional praxis deficit |
| Frontal syndrome: impulsive, tactless, witzelsucht | Orbitofrontal cortex (OFC) |
| Naming ink colour while suppressing incongruent word | Stroop test (Inhibitory control) |
| Continuing old sorting rule despite negative feedback | Perseveration (WCST) |
| Suppressing automatic sentence completion | Hayling Sentence Completion Test |
| Personality laws applied across populations | Nomothetic approach |
| Detailed unique personality configuration of one person | Idiographic approach |
| Biological personality model: P-E-N | Eysenck |
| Relaxed approach to time pressure | Type B personality |
| Projective test using 10 inkblot cards for illiterates | Rorschach test |
| Projective test constructing stories from pictures | Thematic Apperception Test (TAT) |
| One negative trait creates global negative impression | Horn effect |
| Callous, shallow affect, manipulative, unempathic | Psychopathy |
| Attributes success internally and failure externally | Self-Serving Bias |
| Linguistic study of word meaning | Lexical semantics |
| Spontaneous two-word phrases milestone | ~2 years old |
| Modifying an existing schema to fit new information | Accommodation |
| Probability of a hypothesis before receiving new data | Prior |
| Belief attribution false-belief task (Sally–Anne) | Theory of Mind |
| Frontal hub of human mirror-neuron system | Inferior frontal gyrus (IFG) |
| Needs hierarchy: belonging met → next level | Esteem needs |
| Physiological reaction happens before conscious emotion | James–Lange theory |
| Physiological reaction and conscious emotion simultaneous | Cannon–Bard theory |
| Arousal + contextual cognitive appraisal | Schachter–Singer two-factor theory |
| Panksepp options: which is NOT one of the seven? | SHAME |
| Inverted-U arousal vs performance curve | Yerkes–Dodson law |
| Outcome minus expected outcome | Reward prediction error (RPE) |
| Yearning/proximity-seeking for cues of deceased in grief | Incentive salience |
| Altruism reduces pain via reduced activity in | Bilateral insula and dACC |
| Decided to change + booking appointment/treatment | Preparation stage |
| Therapy developing discrepancy between values & behaviour | Motivational Interviewing |
| Graded exposure + relaxation via reciprocal inhibition | Systematic desensitisation (Wolpe) |
| Prolonged immediate high-intensity real-life exposure | Flooding |
| Exposing OCD obsession while preventing compulsion | ERP |
| Substance cues presented without consumption | Cue exposure therapy |
| Borderline PD + self-harm; acceptance & change | Dialectical Behaviour Therapy (Linehan) |
| Single-session trauma intervention NOT recommended | Psychological debriefing |
| Depression with negative automatic thoughts (no disputes) | Cognitive Behavioural Therapy (CBT) |
| Psychotherapy targeting Grief, Disputes, Transitions | Interpersonal Therapy (IPT) |
| Ideal therapy modality for social skills deficits | Group psychotherapy |
| Seeing one's own behavioral pattern in another member | Mirroring |
| Flattened hierarchy and shared decisions in TC | Democratisation |
| Predictor of psychotherapy outcome | Patient's rating of alliance |
| Family assessment of Criticism, Hostility, EOI | Camberwell Family Interview (Expressed Emotion) |
| Reciprocal causality loop in family dynamics | Circular causality |
| Generational difference confounding cross-sectional study | Cohort effect |
| Core cognitive endophenotype in ADHD / polygenic risk | Working memory impairment |
| Non-stimulant α2A agonist for ADHD | Guanfacine |
| Prenatal exposure linked to DAMP | Alcohol |
| Sudden childhood OCD/tics + group A streptococcus | PANDAS (Streptococcus pyogenes) |
| Childhood-onset conduct disorder adult trajectory | Antisocial personality disorder |
| Persistent, stable negative self-concept after trauma | Complex PTSD |
| Fluctuating, rapidly shifting identity & self-image | Borderline personality disorder |
| Developmental subphase linked to borderline pathology | Mahler's Rapprochement subphase |