Memory Processes and Influences

The paper investigates how visual memory is reflected in IT cortex by analyzing neural responses during a single-exposure memory task in monkeys.

This study investigates how dopamine affects memory retrieval and metacognition using pharmacological fMRI in healthy humans, finding improved retrieval accuracy but impaired confidence.

This paper reviews and meta-analyzes studies on how attention and emotion interact to affect memory, finding mixed support for attention's role in emotional memory and methodological differences in neural effects.

This study examines age-related differences in prestimulus subsequent memory effects using event-related potentials, finding distinct patterns in young and older adults.

The paper shows that alpha oscillations during semantic processing predict better memory for new semantic information during a subsequent memory test.

This study investigates mental imagery by analyzing fMRI and eye-tracking data, finding that neural reactivation correlates with vivid imagery and fixation reinstatement.

This study uses EEG and fMRI to show that a widespread cortical network supports both short- and long-term scene memory through distinct spatiotemporal neural dynamics.

The paper shows that brief visual re-exposure during an awake state enhances memory stability, particularly for poorly learned items and when attention is internally oriented.

The paper investigates whether metacognition is domain-general or domain-specific by replicating and extending previous studies using different judgment types.

This study investigates how emotional memory affects face remembering using ERP signals, finding that emotional valence enhances memory traces and that temporal recency influences neural responses.

The paper investigates how list context affects memory for emotional stimuli but not electrophysiological markers of emotion-related attention, suggesting retrieval dynamics may explain emotional memory enhancement.

The paper identifies a brain network, including the precuneus, that represents personal semantic content during vivid autobiographical recollection using lifelogging and fMRI data.

The paper proves that the forgetting function approaches a power law under general conditions and shows simulations support this fit across the entire time-course.

The paper investigates how neural patterns of memory encoding and imagination are shared across individuals through verbal communication, finding similar patterns in the default mode network during encoding, recall, and imagination.

This study examines how depressive symptoms affect memory complaints and performance in a large population cohort, finding a dissociation between subjective reports and objective measures, particularly in negative contexts.

The paper investigates how image memorability affects memory decay and cognitive load during retrieval, showing that low memorable images are forgotten faster and require more cognitive effort.

The paper investigates how temporal order information is shared between presentation and recognition phases of an STM task using fMRI data.

This paper introduces a procedure using multiple-object tracking to parametrically modulate memory reactivation and shows it weakens memory through partial retrieval.