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Learning and Transfer: A Perspective From Action Video Game Play
Daphne Bavelier1,2, C Shawn Green3
1Faculty of Psychology and Education Science, University of Geneva.
Current Directions in Psychological Science
|February 14, 2025
Summary
Action video games enhance cognitive skills by improving attentional control, leading to faster learning and broader skill generalization. This contrasts with typical cognitive training, which offers limited benefits beyond the trained task.
Area of Science:
- Cognitive psychology
- Neuroscience
- Human-computer interaction
Background:
- Cognitive training often yields limited transfer to untrained tasks.
- Action video game (AVG) play is increasingly linked to cognitive skill enhancement.
- Broad cognitive benefits from training are rare, making AVG effects noteworthy.
Purpose of the Study:
- To investigate the mechanism by which action video game play enhances cognitive skills.
- To propose that enhanced attentional control mediates broad cognitive benefits from AVG play.
- To discuss theoretical and practical implications of this cognitive enhancement model.
Main Methods:
- Review of existing research on action video game effects on cognition.
- Theoretical framework development proposing attentional control as a mediator.
- Discussion of generalization and learning principles in cognitive training.
Main Results:
- Action video game play is associated with improvements in a wide range of cognitive skills.
- Enhanced attentional control is proposed as the primary mechanism driving these broad benefits.
- This enhanced control facilitates faster learning and skill acquisition in new tasks.
Conclusions:
- Action video game play can promote significant and broad cognitive generalization.
- Attentional control enhancement is a key factor in the cognitive benefits of AVG play.
- Findings have implications for cognitive training strategies and understanding learning.
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