Manuel Carro‐Domínguez

This paper links video-based eye movements to cortical and pupil-based arousal markers during sleep, showing state-dependent correlations and offering a non-invasive tool for sleep phenotyping.

This study examines how natural and auditory-evoked slow waves affect cardiovascular function after sleep, finding that synchronized type I slow waves are linked to cardiovascular responses.

This study uses pupil size measurements during sleep to explore arousal level dynamics and their relationship with sleep oscillations and auditory responses.

This study shows that pupil-based biofeedback modulates cortical excitability, EEG spectral slope, and P300 response, suggesting a link to phasic LC activity and central arousal.

This study shows that human participants can voluntarily control their arousal state using pupil-based biofeedback, which modulates brainstem activity and physiological responses.

This study examines how different auditory stimulation approaches during sleep affect brain oscillations and cardiovascular dynamics, finding increased slow wave activity and related cardiovascular changes.