We perceive the world based on visual information acquired via oculomotor control, 1 an
activity intertwined with ongoing cognitive processes. 2, 3, 4 Cognitive influences have been …

Eye, head, and body movement are intimately linked. During self-motion, the eyes track
objects by a combination of vestibular reflexes and smooth pursuit eye movements but …

It has been unclear whether the perception of depth from motion parallax is an entirely visual
process or whether it requires extra-retinal information such as head movements, vestibular …

Two main types of small eye movements occur during gaze fixation: microsaccades and
slow ocular drifts. While microsaccade generation has been relatively well studied, ocular …

Humans are able to distinguish eye movement-induced retinal image motion and physical
object motion during smooth pursuit eye movements. We investigated the …

We sought to investigate why the direction of second-order motion, unlike first-order motion,
cannot be identified when the stimulus exposure duration is brief (< 200 ms). In a series of …

How do observers perceive the path of self-motion during rotation? Previous research
suggests that extra-retinal information about eye movements is necessary at high rotation …

Current “spatio-temporal energy” models of how we perceive pattern motion have been very
successful in helping us to understand the mechanisms of motion perception. Although they …

The aim of this study was to test the hypothesis that an extra-retinal signal combines with
retinal velocity in a linear manner as described by existing models to determine perceived …

In the motion aftereffect (MAE), adapting to a moving stimulus causes a subsequently
presented stationary stimulus to appear to move in the opposite direction. Recently, the …