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Description

Forgetting is commonly defined as the inability to access information that was once successfully encoded and could be retrieved with a cue, but now leads to memory failure (Frankland et al. 2013).

Memory representations based in the hippocampus engage in pattern separation and are more prone to decay than interference (Sadeh & Pertrzov, 2020).

Extra-hippocampal representations are more prone to interference than decay (Hardt et al. 2013).

Pattern Separation refers to keeping memory representations distinct from one another.

Is there more decay in pattern separation and more interference in item recognition?

Publication Date

Spring 4-27-2022

Language

English

Keywords

Memory; Cognitive science; Cognitive neuroscience

Disciplines

Cognitive Neuroscience | Cognitive Science

File Format

pdf

File Size

560 KB

Comments

Faculty Mentor: Colleen M. Parks

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IN COPYRIGHT. For more information about this rights statement, please visit http://rightsstatements.org/vocab/InC/1.0/

Forgetting in Item Recognition and Pattern Separation


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