Reconstructive memory

Subdecks (2)

Cards (25)

  • Reconstructive Memory
    • Reconstructive memory isthe omission or addition of details to a recalled event based on an individual's personal experience.Bartlett (1932) first proposed the theory of reconstructive memory. Memories are not like a tape recorder that plays back an exact recording. Instead, it reconstructs them imaginatively. According to our schemas, we alter our memories to fit what we expect them to be.
    • Memories are pieced together from:
    1. Actual event details
    2. Schemas
    3. Post-event information
    • Reconsolidation:
    Memories become malleable when retrieved and can be influenced
  • Memory reconstruction involves:

    1. Piecing together actual details
    2. Activating relevant schemas
    3. Making assumptions based on past experiences, stereotypes, and beliefs
    • Active processing for understanding
  • Related Phenomena:
    1. Confabulation
    2. Schema processing
    3. False memories
  • Empirical Evidence
    • Strong support from numerous studies:
    • Bartlett's (1932) "War of the Ghosts" study
    • Loftus and Palmer's (1974) car crash experiment
    • Neisser and Harsch's (1992) Challenger explosion study
    • Evidence from various fields:
    • Cognitive psychology
    • Neuroscience (e.g., studies on memory reconsolidation)
    • Forensic psychology (eyewitness testimony research)
  • Testability
    • Highly testable through various experimental methods:
    • Laboratory studies (e.g., Bartlett's "War of the Ghosts")
    • Field studies (e.g., Flashbulb Memory research)
    • Eyewitness testimony experiments
    • Can be tested using:
    • Recall tasks
    • Recognition tasks
    • Comparison of memories with factual records
  • Applications
    Legal system: Improving eyewitness interview techniques. Understanding limitations of eyewitness testimony
    Therapy: Addressing potential issues with recovered memorie. Developing techniques to minimize false memory creation
    Education: Enhancing learning strategies based on memory reconstruction principles.
  • Consistent with neurological findings:
    • Supports the idea of distributed memory storage in the brain
    • Aligns with studies on neural plasticity and memory reconsolidation
  • Aligns well with other cognitive theories:
    • Schema theory
    • Information processing model
    • Levels of processing theory
  • Usefulness
    • Explains real-world phenomena:
    • Inaccuracies in eyewitness testimonies
    • Formation of false memories
    • Differences in recall of shared experiences
    • Informs practices in:
    • Legal proceedings
    • Clinical psychology
    • Educational methods
  • Predictive Power
    • Can predict:
    • Likelihood of memory distortions under certain conditions
    • Factors that might influence memory accuracy
    • Limitations in predictive power:
    • Individual differences in memory processes
    • Complexity of real-world situations vs. controlled experiments
  • Reconstructive Nature of Memory
    • Memory is not a perfect reproduction but a reconstruction influenced by various factors
    • Bartlett's concept of "effort after meaning"