The discovery of mental rotation was one of the most significant landmarks in experimental
psychology, leading to the ongoing assumption that to visually compare objects from …

Under a variety of conditions, motion in depth from binocular cues is harder to detect than
lateral motion in the frontoparallel plane. This is surprising, as the nasal-temporal motion in …

Each visual experience changes the neural response to subsequent stimuli. If the brain is
unable to incorporate these encoding changes, the decoding, or perception, of subsequent …

The direction and rate at which an object moves are normally not correlated with the
manifold physical cues (for example, brightness and texture) that enable it to be seen. As …

It is still unclear how sensory systems efficiently encode signals with statistics as
experienced by animals in the real world and what role adaptation plays during normal …

Form and motion perception rely upon the visual system's capacity to segment the visual
scene based upon local differences in luminance or wavelength. It is not clear if polarization …

There is considerable evidence for the existence of a specialized mechanism in human
vision for detecting moving contrast modulations and some evidence for a mechanism for …

The signal-to-noise ratio of a direction-selective neuron for 'detecting'visual motion is highest
when the motion direction is close to the neuron's preferred direction. But because these …

The analysis of visual motion divides naturally into two stages: the first is the measurement
of motion, for example, the assignment of direction and magnitude of velocity to elements in …