Yuanhao H. Li

This study shows that eye movements are essential for stereopsis, as suppressing their induced disparity changes impairs depth perception.

The paper shows that saccade amplitude filters visual information by spatial frequency, affecting post-saccadic visual sensitivity.

This study replicates retinal stabilization experiments using continuous displays, finding reduced sensitivity to high spatial frequencies, suggesting stimulus flicker is not the cause of perceptual impairments.

This study maps the blind spot borders using high-resolution eye-tracking and retinal stabilization, revealing that the transition from vision to blindness occurs over a broad area rather than abruptly.