Shlomit Yuval‐Greenberg

This study shows that eye movements reduce reliance on visual working memory by enabling efficient visual resampling during tasks.

This study shows that the gaze cueing effect is context-dependent, as participants reduced attention shifts when gaze was interpreted as reflecting cognitive effort rather than external attention.

This study shows that exposure to temporal randomness improves adaptation to new temporal regularities compared to fixed routines.

The paper investigates how pre-stimulus oculomotor inhibition relates to sequential effects in temporal expectations, finding that inhibition weakens when previous trials are longer.

The paper shows that when recalling visual information, participants gaze at the location of the remembered object rather than the color, indicating a reliance on spatial rather than visual context.

This study shows that eye movements aid memory retrieval only when the visual context matches the encoding context, suggesting their visual consequences, not the motor action, enhance memory.

The paper investigates how visual and motor components of eye movements contribute to memory retrieval and finds their combined non-additive benefit.

This paper investigates whether contextual temporal expectations depend on spatial attention, finding they are independent.

This study investigates whether pre-target oculomotor inhibition reflects temporal orienting or certainty by manipulating foreperiod predictability in a tilt-discrimination task.

The paper shows that eye movements are inhibited before predictable auditory targets, indicating a link between auditory expectation and oculomotor behavior.

This study shows that oculomotor freezing reflects tactile temporal expectation and improves tactile perception by reducing microsaccade interference.

This study shows that directing voluntary temporal attention changes microsaccade patterns to stabilize fixation at relevant moments, improving visual perception.