Previous evidence that the tilt after-effect (TAE) is larger when the stimuli are viewed
peripherally rather than centrally was confirmed. An increase in viewing distance also …

The integration of inputs across the entire visual field into a single conscious experience is
fundamental to human visual perception. This integrated nature of visual experience is …

By presenting oriented Gabor patches either monocularly or binocularly, we dissociated
retinal orientation from perceived tilt and perceived slant. After adapting to binocular …

The perceived orientation of a central test grating is influenced by the orientation structure of
the surrounding image. Measurement of this “tilt illusion” traditionally requires subjects to …

Motion can bias the perceived location of a stationary stimulus (Whitney & Cavanagh, 2000),
but whether this occurs at a high level of representation or at early, retinotopic stages of …

Visual adaptation results in aftereffects that exaggerate the difference between successively
experienced stimuli. In the tilt aftereffect (TAE), for example, the perceived orientation of a …

Neural responses to visual stimuli are modulated by spatial and temporal context. For
example, in primary visual cortex (V1), responses to an oriented target stimulus will be …

Many have argued that effects of adaptation, such as aftereffects from motion or tilt, reflect
that the visual system hones its responses in on the characteristics of the adapting stimulus …

Orientation information contributes substantially to our tactile perception, such as feeling an
object's shape on the skin. For vision, a perceptual adaptation aftereffect (tilt aftereffect; …

The tilt aftereffect (TAE) was measured with a forced-choice technique for gratings of
different spatial frequencies, contrasts and adapting and test durations. At short test …