Nicole M. Long

This study investigates how aging affects reliance on semantic versus episodic information in false memory tasks, finding age-related differences in true memory but not false memory.

The paper shows that mnemonic brain states fluctuate on sub-second timescales and align with external/internal attention demands.

This study investigates whether the retrieval state, associated with memory recall, is specific to episodic memory or supports both episodic and semantic memory by analyzing EEG data during different judgment tasks.

The paper investigates how processing time affects mnemonic brain state engagement in older adults, finding they under-recruit young-adult like retrieval states when task-relevant and over-recruit task-irrelevant states.

This study investigates how working memory demands influence the engagement of memory brain states during attention tasks, finding that encoding and retrieval states are selectively recruited based on task demands.

This study shows that repeated rewards after retrieval practice improve memory, while low vivid retrieval practice impairs memory.

This study finds that older adults show diminished engagement in mnemonic brain states compared to middle-aged adults during memory tasks.

The paper investigates when the retrieval state is initiated, finding it occurs reactively after stimulus onset rather than preparatorily before.

This study shows that successful memory retrieval is intrinsically rewarding, as positive feedback occurs regardless of task goals.

The paper investigates how top-down task goals and bottom-up stimulus factors influence retrieval state engagement during memory tasks.

The paper investigates how prior memory responses influence current brain states and behavior using EEG, finding that response congruency modulates memory state engagement.

The paper examines theta power changes before and after memory responses, finding a dissociation where theta power is higher for correct rejections than hits post-response, suggesting feedback mechanisms in memory retrieval.

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

This study investigates the relationship between retrieval state and internal attention, finding that retrieval state evidence correlates with maintained spatial information and predicts reaction times.

The paper investigates how semantic overlap between experiences can protect against interference caused by temporal overlap, showing it enhances memory and alters neural encoding mechanisms.

The paper investigates how temporal overlap between events affects memory interference and retrieval, showing that greater overlap impairs memory for past events when encoding present events.