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Statements

Subject Item
n2:71430
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bibo:AcademicArticle bibo:Article n3:ArticleEPrint n3:EPrint
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n4:3166949 n4:3166950 n4:3166951 n4:3166952 n4:3144929 n4:3144930
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n4:3144929
dcterms:title
Speed of time-compressed forward replay flexibly changes in human episodic memory
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dcterms:date
2019
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n10:ext-5b28ea7cf756bad1ff349b6a85dc2985 n10:ext-h.bowman@kent.ac.uk n10:ext-ffcb761b2e6651f73a0083e1e45bccca n10:ext-db66486bb8a9e93e7f96d5486ebe9323
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bibo:abstract
Remembering information from continuous past episodes is a complex task. On the one hand, we must be able to recall events in a highly accurate way that often includes exact timing; on the other hand, we can ignore irrelevant details and skip to events of interest. We here track continuous episodes, consisting of different sub-events, as they are recalled from memory. In behavioral and MEG data, we show that memory replay is temporally compressed and proceeds in a forward direction. Neural replay is characterized by the reinstatement of temporal patterns from encoding. These fragments of activity reappear on a compressed timescale. Herein, the replay of sub-events takes longer than the transition from one sub-event to another. This identifies episodic memory replay as a dynamic process in which participants replay fragments of fine-grained temporal patterns and are able to skip flexibly across sub-events.
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3