Andrey R. Nikolaev

This paper proposes that sequential gaze sampling constructs episodic memory representations through a computational model showing how sampling history shapes memory storage and retrieval.

This study investigates the relationship between theta and alpha EEG activity and sequential eye movements during relational memory retrieval, finding distinct neural signatures linked to retrieval success.

The paper investigates neural activity during precursor fixations, finding enhanced EEG amplitudes compared to other fixation categories, suggesting a distinct role in visual perception.

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

The paper examines how task-relevance and working memory load influence saccade planning by comparing EEG signals during first and refixations on relevant and irrelevant items.