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Contextual Adaptation of Cognitive Flexibility is driven by Task- and Item-Level Learning.

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People adapt their cognitive stability-flexibility tradeoff by learning to associate switch readiness with cues. This list-wide proportion switch effect (LWPSE) is specific to task sets and stimuli, not generalized.

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Area of Science:

  • Cognitive psychology
  • Neuroscience
  • Behavioral science

Background:

  • Adaptive behavior involves balancing cognitive stability and flexibility.
  • Cognitive flexibility adjustments are seen in task-switching paradigms.
  • The list-wide proportion switch effect (LWPSE) shows decreased switch costs with increased switch trial proportions, but its mechanisms are unknown.

Purpose of the Study:

  • To investigate the learning mechanisms underlying the list-wide proportion switch effect (LWPSE).
  • To determine if LWPSE generalizes to unbiased tasks or is specific to task sets and stimuli.

Main Methods:

  • Four behavioral experiments were conducted.
  • Participants performed cued task-switching paradigms with varying switch trial proportions.
  • Experiments manipulated the number of tasks, task predictability, and task/stimulus bias.

Main Results:

  • The basic LWPSE was replicated.
  • LWPSE persisted even when the next task was unpredictable.
  • LWPSE was specific to biased tasks and stimuli, not generalizing to unbiased transfer tasks.

Conclusions:

  • Switch cost modulations are task set and/or task stimulus-specific.
  • Individuals learn to associate context-appropriate switch readiness with predictive cues.
  • This demonstrates adaptive adjustments in the stability-flexibility tradeoff based on learned associations.