Video cameras have a single temporal limit set by the frame rate. The human visual system
has multiple temporal limits set by its various constituent mechanisms. These limits seem to …

We experience the world as a seamless stream of percepts. However, intriguing illusions
and recent experiments suggest that the world is not continuously translated into conscious …

Our perception of a visual scene changes rapidly in time, even when the scene itself does
not. It is increasingly clear that understanding how the visual percept changes in time is …

Image motion does not pose the same problem for the eye as it does for the camera. We are
able to see objects with clarity when they move. We can also see motion on cinema or TV …

Time, as a parameter of examination in research on visual perception, is so universal that it
cannot really be contained satisfactorily within the confines of a single handbook chapter. In …

Visual cognition, high-level vision, mid-level vision and top-down processing all refer to
decision-based scene analyses that combine prior knowledge with retinal input to generate …

Previous studies have generally estimated that two independent channels underlie human
temporal vision: one broad and low-pass, the other high, and band-pass. We confirm this …

In visual images, we perceive both space (as a continuous visual medium) and objects (that
inhabit space). Similarly, in dynamic visual experience, we perceive both continuous time …

How the brain fluidly orchestrates visual behavior is a central question in cognitive
neuroscience. Researchers studying neural responses in humans and nonhuman primates …

Despite being a fundamental dimension of experience, how the human brain generates the
perception of time remains unknown. Here, we provide a novel explanation for how human …