Memory Processes and Influences

This study uses a neural network model to show that selective retrieval and encoding of episodic memories improves prediction performance by reducing the risk of irrelevant memory retrieval.

The paper examines age-related changes in encoding-retrieval similarity (ERS) and their link to false memory in younger and older adults.

This study investigates the functional and structural differences between ventral and dorsal lateral parietal cortex in semantic and episodic memory tasks using fMRI and DTI data.

The paper shows that larger images are better remembered during free viewing, with memorability proportional to image size, independent of other factors.

This study examines how age affects the anterior shift during memory retrieval and links it to memory performance in younger and older adults.

This study investigates how memory precision affects reality monitoring decisions and finds that angular gyrus stimulation disrupts the link between memory precision and self-referential reality monitoring.

This study uses multilevel structural equation modeling to examine how region- and network-level contributions within the posterior medial network relate to episodic memory outcomes.

The paper investigates how vividness and confidence in memory retrieval differ in the angular gyrus using rTMS and neuroimaging.

The paper was retracted due to analytical errors that significantly affected results and conclusions.

The paper investigates how time of day affects false memory formation using non-linear correlation analysis of fMRI data from a short-term memory task.

The paper tests how reward prediction affects memory, finding that high-reward items are better remembered when mixed with low-reward items, but forgetting rates are not influenced by reward.

The paper identifies EEG spectral biomarkers of long-term memory retrieval by comparing immediate and delayed recall conditions.

This study investigates how sleep affects true and false memory processing using ERP measurements in a DRM paradigm with a daytime nap.

The paper investigates the neural mechanisms of vocabulary acquisition in adults using functional neuroimaging, finding that newly learned words engage both episodic memory and semantic language regions, with hippocampal activity predicting long-term retention.

This study shows that rapid neural reorganization during retrieval practice predicts long-term retention and false memory, with distinct brain regions involved in each outcome.

This study investigates how the order of events affects memory of their absolute times, finding that memory for order influences reported absolute times more than absolute time encoding alone.

The paper uses fMRI and representational similarity analysis to show that both perceptual and semantic representations contribute to true and false recognition of objects, with fine-grained features aiding accurate recall and coarse categories linked to forgetting.

The paper investigates how feature overlap affects semantic and lexical integration during fast mapping, finding that semantic integration depends on item discrimination while lexical integration remains unaffected.

The paper investigates how hippocampal-cortical encoding activity relates to memory precision and success during retrieval.

This study examines the functional specialization of the medial temporal lobes in recognition memory by comparing the effects of hippocampal and parahippocampal damage in a patient with a perirhinal lesion.

The paper identifies cortical networks that reinstated semantic content and temporal context during episodic recall, showing how specialized systems organize memory retrieval.

The paper investigates the neural correlates of gaze reinstatement during memory retrieval and finds it linked to brain regions involved in visual processing and memory.

This study investigates how gist and item memory change over time, finding that gist memory persists and influences item memory, with biases shifting based on item regularities.

The paper compares neural mechanisms of intentional forgetting and thought substitution using EEG and a novel paradigm, finding separable processes for each strategy.

The paper correlates individual forgetting rates with resting-state EEG power in specific beta frequency bands, suggesting task-free neuroimaging can inform idiographic cognitive models.

This study investigates if TMS to the right DLPFC affects associative retrieval in young and older adults, finding no significant effect of TMS on recognition accuracy.

This study investigates how prediction errors influence the temporal organization of episodic memories through a 3-day movie viewing paradigm, finding that prediction errors lead to faster recall and reorganization of unexpected sequences.

The paper investigates age-related changes in perceptual and mnemonic representations using fMRI, finding dedifferentiation in sensory features and hyperdifferentiation in categorical features in older adults.

The paper shows that repeated recall increases the semanticization of memories, as evidenced by longer perceptual-conceptual reaction time gaps over time.