The issue of whether there is a motion mechanism sensitive to purely chromatic stimuli has
been pertinent for the past 30 or more years. The aim of this review is to examine why such …

Temporal synchrony is a critical condition for integrating information presented in different
sensory modalities. To gain insight into the mechanism underlying synchrony perception of …

In movies or on TV, a wheel can seem to rotate backwards, due to the temporal subsampling
inherent in the recording process (the wagon wheel illusion). Surprisingly, this effect has …

Most people see movement in, although the image is static. Motion is seen from black→
blue→ white→ yellow→ black. Many hypotheses for the illusory motion have been …

Visual motion analysis has focused on decomposing image sequences into their component
features. There has been little success at re-combining those features into moving objects …

Visual motion is sensed by low-level (energy-based) and high-level (feature-based)
mechanisms. Ocular following responses (OFR) were elicited in humans by applying …

Visual motion is sensed by low‐level (energy‐based) and high‐level (feature‐based)
mechanisms. Our interest is in the motion detectors underlying the initial ocular following …

Eye-transfer tests, external noise manipulations, and observer models were used to
systematically characterize learning mechanisms in judging motion direction of moving …

The present event‐related potential (ERP) study examined the role of dynamic features in
multisensory binding. It was tested whether endogenous attention to the direction of motion …

It is commonly believed that objects viewed in certain contexts may be more or less salient.
Measurements of salience have usually relied on asking observers “How much does this …