Memory Processes and Influences

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.

This study uses real-time fMRI neurofeedback to induce implicit memory contexts during object memorization, showing that neurofeedback creates associations between objects and their implicit context.

The paper uses fMRI to show the left angular gyrus is active during both recollection and prior knowledge access, supporting its role in memory retrieval.

The paper investigates how memory accessibility and hippocampal patterns influence temporal duration judgments through behavioral and fMRI experiments.

The paper examines how forgetting dynamics vary across different materials and finds that curves fall on a discrete spectrum, compatible with a model based on retrograde interference.

This paper introduces RBS to track cognitive fluctuations during naturalistic stimulation and finds consistent, replicable patterns across individuals.

The paper uses intracranial EEG to study how prediction from statistical learning interferes with episodic memory in human visual cortex, showing that predicted items are more likely to be forgotten.

The paper tests whether metacognitive mechanisms are grouped by internal vs. external information sources, finding no support for such a division across four tasks.

This study shows that post-encoding memory reinstatement in humans predicts recall of meaningful episodic sequences but not shuffled ones.

This study investigates how real-life events are represented in memory, finding that dynamic event segments activate the posterior medial episodic network more than static scenes.

This paper replicates two fMRI studies on recognition memory, finding hippocampal signals for subjective memory experiences but not objective stimulus status or novelty.

The paper investigates how reduced hippocampal-cortical connectivity during memory suppression predicts better forgetting of unwanted memories.

The paper examines striatal activity and connectivity during memory retrieval across age groups, finding no age-related moderation of these effects.

The paper investigates neural and behavioral dynamics of suppressing personal immoral memories using EEG, finding that suppression is possible but more difficult for morally wrong memories.

The paper investigates individual differences in dual process memory by linking electrophysiological signatures of familiarity and recollection to their behavioral estimates during a recognition memory task.

This study shows that central events in narrative networks are better remembered, with stronger hippocampal responses during encoding and cortical activation during recall.

The paper investigates how emotion and semantic relatedness affect associative memory using EEG, finding that both factors influence memory but their impact depends on task relevance.

The paper examines neural differences between intra- and inter-item associations using multivariate analyses, finding distinct hippocampal activation and reinstatement patterns.

This study investigates whether surprise during retrieval engages an adaptive encoding mechanism, enhancing memory for future related events through bottom-up processing.

The paper investigates differences in mnemonic accuracy for 'what', 'where', and 'when' components of recently-formed episodes and finds that 'when' is least accurate and most affected by memory load.

The paper investigates neural activity patterns at internal mental context boundaries during unguided narrative recall and finds distinct patterns compared to external event boundaries.

The paper investigates how emotion schemas affect associative memory across different emotion categories, showing differences in behavioral, physiological, and neural responses between disgust and fear.

The paper shows that event boundaries can either impair or enhance temporal order memory depending on whether context information is available during retrieval.

This study investigates how the dorsal anterior cingulate cortex (dACC) detects the need for memory control during suppression tasks and communicates with the right dorsolateral prefrontal cortex (rDLPFC) to inhibit unwanted memories.

The paper investigates how eye gaze fixations and target-lure similarity influence pattern separation and completion in memory tasks using behavioral and fMRI data.

The paper proposes a memory-based theory of emotional disorders, linking memory retrieval and mood to explain clinical phenomena and therapeutic outcomes.

The paper shows that suppressing unwanted memories reduces their vividness by decreasing neural reactivation in brain regions associated with memory retrieval.

The paper introduces an across-participant pattern similarity analysis to measure neural distinctiveness for individual stimuli and finds age-related reductions in neural pattern distinctiveness during memory encoding.

The paper investigates how working memory capacity and forgetting rate relate to event segmentation and memory performance in different tasks.

This study investigates age-related declines in associative memory using multivariate analyses, finding reduced discriminability in older adults due to increased false memories and altered neural pattern similarity.