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Activating the critical lure during study is unnecessary for false recognition
René Zeelenberg1, Inge Boot, Diane Pecher
1Department of Psychology, Erasmus University Rotterdam, Woudestein J5-65, P.O. Box 1738, 3000 DR Rotterdam, The Netherlands. zeelenberg@fsw.eur.nl
Consciousness and Cognition
|June 14, 2005
Summary
This study reveals that false recognition memory occurs even without direct exposure to the target item. These findings challenge certain memory models and support global familiarity in recognition.
Area of Science:
- Cognitive Psychology
- Memory Research
- Human Memory
Background:
- False recognition, a phenomenon where individuals incorrectly identify non-studied items as previously seen, is a key area in memory research.
- Understanding the mechanisms behind false recognition is crucial for developing accurate models of human memory.
Purpose of the Study:
- To investigate the occurrence of false recognition effects for nonwords not explicitly studied.
- To examine whether forewarning participants about false recognition influences the effect.
- To evaluate the implications of these findings for existing theories of recognition memory.
Main Methods:
- Participants studied lists of nonwords designed to be orthographically and phonologically similar to a critical nonword lure.
- Recognition memory tests were administered to assess participants' judgments.
- A second experiment involved forewarning participants about the potential for false recognition.
Main Results:
- A high level of false recognition was observed for the critical nonword lure, even though it was not presented during study.
- The false recognition effect persisted even when participants were forewarned about the phenomenon.
- These results indicate that false memories can form without the critical item being encoded.
Conclusions:
- False recognition effects can arise without the critical lure being stored in memory.
- Findings pose challenges for implicit associative response and spreading activation theories of memory.
- The results are readily explained by global familiarity models of recognition memory.