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No explicit memory for individual trial display configurations in a visual search task.

Ryan E O'Donnell¹, Hui Chen², Brad Wyble³

¹Department of Psychology, Pennsylvania State University, State College, PA, USA. ryanodonnell7@gmail.com.

Memory & Cognition

|June 8, 2021

Summary

People can remember where an item was, but not its specific spatial configuration. This study shows memory for spatial details is limited, especially when not unique.

Keywords:

Attribute amnesia Location Spatial configuration Spatial memory

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Area of Science:

Cognitive Psychology
Human Memory
Visual Perception

Background:

Prior research shows individuals automatically encode target locations in visual search displays.
This raises questions about whether other spatial information is similarly encoded into memory.

Purpose of the Study:

To investigate if automatic memory encoding extends beyond target location to spatial configurations.
To determine the boundary conditions of automatic spatial memory encoding.

Main Methods:

Utilized an attribute amnesia paradigm with visual search tasks.
Participants reported target letter locations within varying spatial configurations (2 or 4).
Surprise questions probed memory for the most recent spatial configuration after expectation matching.

Main Results:

Participants could not recall the specific spatial configuration when the target location was not unique (orthogonal).
Memory recall was biased towards previously seen configurations, not novel ones.
A clear memory existed for the set of configurations, but not the immediately preceding one.

Conclusions:

Automatic memory encoding for spatial information has limitations.
The ability to recall spatial configurations depends on their uniqueness to the target's location.
Findings refine understanding of automatic spatial memory encoding in visual search.