ASKiIMAN™ NEXUS / PSYCHOLOGY
--:-- · -- --- ----

The Memory Archive

Encoding · Storage · Retrieval · Forgetting · Reconstruction

The Reconstruction of the Past

Once information receives attention, how is it encoded, retained, transformed, and later brought back into the mind? Memory is not a perfect video recording stored in a vault. It is an active process of construction, consolidation, and error-prone reconstruction.

EXPERIENCE → ATTENTION → ENCODING → STORAGE → RETENTION → RETRIEVAL → REMEMBERING

The Retention Matrix

Taxonomy of Storage & Recall

TAXONOMY A

Memory Foundations

STR
  • NODE 01 & 02: Encoding (Input) → Storage (Maintenance) → Retrieval (Output).
  • NODE 03: Information-processing view.
  • Crucial: Memory is a cognitive system, not a passive container.
TAXONOMY B

Sensory Memory

👁️
  • NODE 04: Extremely brief persistence of sensory information.
  • NODE 05: Iconic memory (Visual trace).
  • NODE 06: Echoic memory (Auditory trace).
TAXONOMY C

Working Memory

CE
  • NODE 07 & 08: Central Executive coordinates active processing.
  • NODE 09 & 10: Phonological Loop & Visuospatial Sketchpad.
  • NODE 11 & 12: Episodic Buffer and limited capacity limits.
TAXONOMY D

Long-Term Memory

DEC
NON
  • NODE 13 & 14: Declarative/Explicit (Conscious facts/events).
  • NODE 15 & 16: Episodic (Personal 'when/where') vs Semantic (General facts).
  • NODE 17 & 18: Nondeclarative/Implicit (Procedural skills, habits).
  • NODE 19 & 20: Priming and Classical Conditioning.
TAXONOMY E

Encoding Process

A B C
  • NODE 21 & 22: Shallow vs Deep Processing (Levels-of-processing).
  • NODE 23 & 24: Elaborative encoding and conceptual organization.
  • NODE 25 & 26: Chunking (Grouping) and Mnemonics.
TAXONOMY F

Consolidation

Zzz
  • NODE 28: Stabilization of memories into enduring representations.
  • NODE 29: The Hippocampus and medial temporal lobe.
  • NODE 30 & 58: Systems consolidation and the vital role of Sleep.
TAXONOMY G

Retrieval Mechanisms

  • NODE 31 & 32: Recall (Free/Cued) vs Recognition (NODE 33).
  • NODE 34 & 35: Retrieval Cues and Encoding Specificity.
  • NODE 36 & 37: Context-dependent and State-dependent memory.
TAXONOMY H

Forgetting

  • NODE 39 & 40: Encoding Failure (Never stored).
  • NODE 41: Decay (Disuse over time).
  • NODE 42 & 43: Proactive (Old blocks New) vs Retroactive Interference (New blocks Old).
  • NODE 45: Tip-of-the-Tongue (Temporary retrieval block).
TAXONOMY I

Reconstructive Memory

  • NODE 46 & 47: Retrieval is reconstruction using Schemas and inference.
  • NODE 48 & 49: False memories and the Misinformation Effect.
  • NODE 50 & 53: Source monitoring errors and Eyewitness fragility.
TAXONOMY J

Autobiographical Memory

  • NODE 54: Personal life narratives forming identity.
  • NODE 55: Flashbulb Memories (Vividness ≠ Guaranteed Accuracy).
  • NODE 56: Childhood Amnesia (Limited early episodic storage).
TAXONOMY K

Memory & Emotion

  • NODE 57: Emotional arousal enhances consolidation via Amygdala.
  • NODE 38: Mood-congruent retrieval bias.
  • NODE 64: Persistence and intrusive memories.
TAXONOMY L

Development & Aging

→
  • NODE 67: Metamemory (Knowing what you know).
  • NODE 68: Normal age-related changes primarily affect processing speed and episodic memory, preserving semantic knowledge.
TAXONOMY M

Memory Strategies

  • NODE 70: Scientific tools, not magical tricks.
  • NODE 72: The Testing Effect (Active retrieval practice).
  • NODE 73 & 74: The Spacing Effect & Interleaved practice.
TAXONOMY N

Memory Limits

  • NODE 63: Systematic errors, bias, and suggestibility.
  • NODE 52: High Confidence ≠ High Accuracy.
  • NODE 75: Forgetting is adaptive (generalization, updating). A system that remembers everything perfectly is less efficient.

Core Distinctions

Video Recording ≠ Memory

A camera records reality exactly. Memory records fragments, stores them, and reconstructs the event later, filling in gaps with expectations and schemas.

Recall vs. Recognition

Recall is retrieving information without cues (e.g., an essay question). Recognition is identifying previously learned information when presented with it (e.g., a multiple-choice question).

Proactive vs. Retroactive Interference

Proactive: Past learning blocks new. Retroactive: Recent learning blocks old.

The Memory Pipeline

NODE 78: The structural flow of human retention.

ATTENTION
↓
ENCODING
↓
WORKING MEMORY & CONSOLIDATION
↓
LONG-TERM STORAGE
↓
RETRIEVAL
↓
RECONSTRUCTION & REVISION
↓
KNOWLEDGE / ACTION
Proceed to REALM 05 → THE LEARNING ENGINE