A widely held view of the visual system supported the perspective that the primate brain is
organized in two main specialized streams, called the ventral and dorsal streams. The …

Although object-related areas were discovered in human parietal cortex a decade ago,
surprisingly little is known about the nature and purpose of these representations, and how …

Much work has been done to uncover the mechanisms underlying form and motion
information integration. However, no study examined the symmetry of the integration of form …

The perception of coherent form configurations in natural scenes relies on the activity of
early visual areas that respond to local orientation cues. Subsequently, high-level visual …

Recent studies have found that the estimates of motion directions are biased toward the
previous form orientations, showing serial dependence, and the serial dependence does not …

The human visual system is continuously exposed to a natural environment with static and
moving objects that the visual system needs to continuously integrate and process. Glass …

Glass patterns (GPs) have been widely employed to investigate the mechanisms underlying
processing of global form from locally oriented cues. The current study aimed to …

Dynamic Glass patterns (GPs) are visual stimuli commonly employed to study form–motion
interactions. There is brain imaging evidence that non-directional motion induced by …

Abstract Dynamic Glass patterns (GPs) are a class of visual stimuli that evoke apparent
motion and are commonly used to investigate the interaction between global form and …

Static and dynamic cues within certain spatiotemporal proximity are used to evoke
respective global percepts of form and motion. The limiting factors in this process are, first …