If an observer sees a flashed (briefly presented) object that is aligned with a moving target,
the perceived position of the flashed object usually lags the perceived position of the moving …

Humans see whole objects from input fragmented in space and time, yet spatiotemporal
object perception is poorly understood. The authors propose the theory of spatiotemporal …

When a moving object abruptly disappears, this profoundly influences its localization by the
visual system. In Experiment 1, 2 aligned objects moved across the screen, and 1 of them …

Eyeblinks cause disruption of visual input that generally goes unnoticed. It is thought that the
brain uses active suppression to prevent awareness of the gaps, but it is unclear how …

When a figure moves behind a stationary narrow slit, observers often report seeing the figure
as an integrated whole, a phenomenon known as slit viewing or anorthoscopic perception …

When a figure moves behind a stationary narrow slit, observers often report seeing the figure
as a whole, a phenomenon called slit viewing or anorthoscopic perception. Interestingly, in …

Visual illusions can reveal unconscious representations and processes at work in
perception. Here we report a robust illusion that involves the misperception of moving …

Spatiotemporal interpolation (STI) refers to perception of complete objects from fragmentary
information across gaps in both space and time. It differs from static interpolation in that …

Compared to earlier eras, contemporary work in visual perception includes a greater
recognition of the importance of events, or changing information in the environment …

When objects or observers move in an occluded scene, shape information can become
fragmented in both space and time. Nonetheless, perception of dynamically occluded …