Memory Processes and Influences

This study investigates how retrieval and suppression affect established memories 24 hours after learning using fMRI, finding that retrieval strengthens memories while suppression has a modest negative effect.

The paper shows that image memorability is predicted by discriminability and similarity at different CNN layers in two behavioral experiments.

The paper shows that age-related declines in scene reinstatement during memory retrieval are due to reduced neural differentiation during encoding.

This study shows that hippocampal fMRI effects during recollection predict future memory changes in healthy older adults.

This study uses dynamic causal modeling to analyze effective connectivity during autobiographical memory search, finding key roles for midline cortical regions and interactions between prefrontal and hippocampal areas.

The paper shows that successful retrieval of episodic memories involves compressed sequential replay of memory elements, which direction depends on task goals.

This study investigates the interaction between the hippocampus and vmPFC during autobiographical memory recall, finding that vmPFC drives hippocampal activity regardless of memory remoteness.

This study uses fMRI data from older adults to show that hippocampal activity and cortical reinstatement predict episodic memory performance, with age reducing cortical reinstatement and its link to memory.

The paper investigates how repetition affects the recency effect in recognition memory using behavioral and electrophysiological data, finding that repetition reduces lag-related differences in response times and neural latency.

The paper shows that intentional forgetting involves both active inhibition and reduced selective rehearsal, identified through EEG analysis in a directed forgetting task.

This study finds age-related neural dedifferentiation occurs in scene-selective but not face-selective cortical regions and is linked to better memory performance in older adults.

This paper introduces a method to characterize feature-specific neural reactivation during episodic memory recall and shows its correlation with memory vividness and accuracy.

The paper shows macaque monkeys use time-compressed forward replay during temporal-order judgment tasks, but lack the ability to globally compress irrelevant information.

This study examines how autobiographical memory richness relates to temporal discounting in older adults and finds that specific memory details influence decision-making.

This study investigates the role of the pre-commissural fornix in episodic memory and future simulation by correlating its microstructure with narrative richness in autobiographical interviews.

This paper investigates how congruency and reactivation of prior knowledge enhance memory integration through neural activity in the mPFC, MTL, and PPA.

The paper uses eye movement monitoring to show that gaze reinstatement during memory retrieval correlates with false alarms, suggesting pattern completion in memory retrieval.

The paper examines age differences in neural mechanisms of reward-enhanced memory, finding greater caudate-inferior frontal gyrus connectivity in older adults.

This paper uses MEG to show that alpha rhythms track different memory retrieval outcomes in time and space, revealing a hippocampal-to-parietal signal sequence during recall.

This study uses precuneus stimulation to show it affects the temporal dynamics of autobiographical memory retrieval by altering neural activity and disrupting the association between parietal late positive component and spatial perspective during recollection.

This study investigates age-related declines in episodic memory by distinguishing between reduced retrieval success and decreased retrieval precision using continuous measures and computational modeling.

The paper proposes a graph-based model for memory recall and verifies it with experiments, showing a universal search process for recalling items.

This study investigates how thalamic nuclei contribute to familiarity and recollection memory using fMRI, finding specific roles for different thalamic regions and their connectivity with the medial temporal lobe.

This study shows that restricting visual exploration reduces memory, neural activity, and functional connectivity during scene viewing.

The paper evaluates how well questionnaires reflect cognitive functions through task performance and finds mixed results, with some questionnaires acting as proxies while others show more complex relationships.

This paper examines the time course of cognitive demand in running span tasks, finding that active updating is slow and resource-intensive, especially at slow presentation rates.

This study identifies EEG correlates of decision confidence across different phases of a recognition memory task, showing confidence is most reflected during feedback processing.

The paper shows that predictable contexts reduce pruning of existing memories and encoding of new memories, while unpredictable contexts lead to pruning.

The paper investigates how event boundaries in a movie trigger memory reinstatement and identifies an N400-like ERP component associated with context shifts.

The paper shows that prestimulus activity in the cingulo-opercular network predicts memory for naturalistic episodic experiences by modulating encoding and retrieval processes.