Jennifer D. Ryan

The study examines how eye movements and pupil size reflect listening effort across easy, difficult, and impossible speech comprehension in noisy environments.

This study shows eye movements predict episodic details of real-life events during recall, suggesting they help reconstruct spatiotemporal context in memory.

This study compares pupil size and eye movement dispersion as measures of mental effort in younger and older adults during speech comprehension tasks.

This study investigates how unrestricted eye movements affect causal connectivity between the medial temporal lobe and oculomotor regions during scene construction, finding enhanced top-down connections and reduced bottom-up connections.

The paper investigates the neural correlates of gaze reinstatement during memory retrieval and finds it linked to brain regions involved in visual processing and memory.

The paper uses eye movement monitoring to show that gaze reinstatement during memory retrieval correlates with false alarms, suggesting pattern completion in memory retrieval.

This study shows that restricting visual exploration reduces memory, neural activity, and functional connectivity during scene viewing.

The paper models how hippocampal and medial temporal lobe activity influences oculomotor systems in macaques, showing subfield-specific effects and lesion impacts on signal propagation.

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

The paper examines if older adults with preclinical cognitive decline show atrophy in specific brain regions, finding that anterolateral entorhinal cortex volume correlates with cognitive performance.