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Response-category conflict improves target memory in a flanker paradigm.

Michèle C Muhmenthaler¹, Beat Meier¹

¹Institute of Psychology, University of Bern, Bern, Switzerland.

Memory (Hove, England)

|December 8, 2021

Summary

Response-category conflict in a flanker task enhances memory for incongruent targets. This finding suggests that cognitive control mechanisms, specifically top-down control, improve memory encoding.

Keywords:

Flanker paradigm incompatible stimuli incongruence long-term memory response-category conflict

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Area of Science:

Cognitive Psychology
Neuroscience
Memory Research

Background:

Cognitive control and long-term memory exhibit complex interactions.
Previous research indicates that trial-unique stimuli in tasks like the Stroop paradigm can improve subsequent memory.
The generalizability of these memory enhancement effects to other cognitive paradigms remains an area of investigation.

Purpose of the Study:

To investigate if the memory-enhancing effects of response-category conflict observed in previous studies extend to a flanker task.
To examine the impact of manipulated response-category conflict on recognition memory performance.

Main Methods:

A flanker task was employed with 60 participants during the study phase.
Participants classified target pictures flanked by either congruent or incongruent distractor pictures, creating response-category conflict.
Recognition memory for the target pictures was subsequently assessed.

Main Results:

Response-category conflict significantly enhanced subsequent memory for incongruent targets.
This enhancement suggests an upregulation of top-down control processes during memory encoding.
The beneficial effect of response-category conflict on memory was demonstrated within the flanker task paradigm.

Conclusions:

The positive impact of response-category conflict on memory encoding is not limited to the Stroop paradigm but generalizes to flanker tasks.
Cognitive control mechanisms, particularly top-down control, play a crucial role in memory formation, especially under conditions of conflict.
These findings contribute to understanding the interplay between cognitive control and memory in diverse experimental settings.