Nilli Lavie C

This study investigates how perceptual load affects neurophysiological mechanisms and behavioral outcomes of sustained attention over time.

The paper identifies neural dynamics of sustained attention states using EEG data from a continuous performance task, finding reduced midfrontal theta oscillations during attention lapses.

This study examines the development of sustained and selective attention in adolescents and finds they predict classroom distractibility, with sustained attention continuing to develop while selective attention matures earlier.

This study shows that alpha band oscillations suppress distractors under high perceptual load, while increasing neuronal excitability for targets.

This study investigates attention deficits in post-stroke fatigue by showing that higher fatigue severity is linked to reduced suppression of neural responses to distractors under increased perceptual load and sustained effort.

This study shows that high visual load impairs auditory figure-ground segregation, suggesting it requires attention rather than being automatic.