Memory Processes and Influences

This study uses EEG and multivariate pattern analysis to show that familiarity with scenes and faces is decoded from neural signals with similar temporal dynamics, suggesting category-independent familiarity encoding.

The paper investigates how age and divided attention affect neural correlates of familiarity and memory performance using fMRI.

This study investigates how aging affects visual and semantic representations during object encoding and their impact on memory, finding that older adults enhance semantic representations to compensate for reduced visual ones.

This study investigates how parietal cortex integrates episodic memory and semantic content using fMRI and encoding models, revealing additive and interactive effects in different regions.

This study identifies stable and task-specific hippocampal-cortical connectivity patterns during memory encoding and retrieval using fMRI data from two large-scale studies.

This study shows that spatial memory in older adults is impaired for objects in the upper visual field, suggesting vertical position affects memory performance.

This study shows recognition memory signals shift in human cortex based on memory content, supporting representational accounts over specialized function models.

The paper examines how encoding differentiation and integration of overlapping naturalistic events affect neural reinstatement and recall accuracy across the cortex.

The paper reconstructs multidimensional semantic content from fMRI data during visual perception and memory recall, showing accurate reconstructions from visual and lateral parietal cortices and cross-subject transferability of encoding models.

The paper develops a quantitative framework to model the temporal dynamics of trauma memory persistence and shows that maintaining memories in a reactivated state prevents their long-term persistence.

This study shows interleaved learning promotes integrated representations in humans, enhancing generalization and inference.

The paper investigates how reward affects memory encoding and recall, finding context-dependent effects and supporting a model of strategic and context-driven mechanisms.

This study investigates how brain activity changes during encoding and post-encoding of sequential episodes, finding that item-based reactivation at episodic offset is crucial for memory formation.

The paper investigates what makes images memorable by analyzing a large dataset of object images and finds that semantic features have a stronger influence than perceptual features on memorability, and that memorability is not simply tied to typicality.

The paper investigates how reduced memory precision in older adults is linked to functional and structural changes in the angular gyrus using neuroimaging data.

The paper investigates how neural stability and memory reinstatement are affected by contextual incongruency during schema-consistent episodic encoding.

The paper investigates how event boundaries affect temporal context reinstatement during memory recall using EEG and a computational model.

The paper develops single-value fMRI scores to capture age-related differences in memory-related brain activity and links them to cognitive function in older adults.

The paper evaluates the psychometric properties of the Autobiographical Interview in healthy adults, finding strong reliability and convergent validity but limited support for its two-factor structure.

This paper shows that when individuals have agency in a situation, they form stronger memories for all items involved, including associations between contestants, doors, and prizes.

This study uses HD-tDCS to show that left VLPFC enhances memory encoding of high-value items by boosting semantic processing.

The paper uses intracranial EEG from epilepsy patients to show that brain activity patterns during word encoding predict recall, with similar performance for item and list-level predictions.

The paper shows that boundary extension depends on depth-of-field, with naturalistic DOF enhancing the illusion in distant views.

The paper shows that self-regulated learning prevents memory decline from feedback removal in DA-dependent learning but not in DA-independent learning.

The paper identifies spatiotemporal dynamics of memory encoding and retrieval states using microstate analysis of EEG data from a mnemonic task.

The paper examines how Openness to Experience relates to memory performance and neural activity in older adults, finding that higher Openness is linked to better memory and preserved brain network function.

This study shows that disrupting the anterior temporal lobe reduces memory distortion caused by category knowledge, but not error in recalling specific details.

This study investigates how eye movements during free viewing affect episodic memory formation by analyzing EEG and eye tracking data.

The paper investigates how the brain updates memory representations of naturalistic events when new information changes understanding of the past, showing dynamic neural changes in the default mode network.