The tilt aftereffect (TAE) is observed when adaptation to a tilted contour alters the perceived
tilt of a subsequently presented contour. Thus far, TAE has been treated as a local aftereffect …

The tilt aftereffect (TAE) occurs when, after adapting to an oriented line, a vertical line
appears to be tilted in the opposite direction. The magnitude of the TAE has been shown to …

The tilt aftereffect (TAE) is a visual illusion in which prolonged adaptation to an oriented
stimulus causes shifts in subsequent perceived orientations. Historically, neural models of …

The tilt aftereffect (TAE) was used to study interactions between real and subjective
contours. Subjects adapted to either real or illusory lines and were then shown test stimuli …

The human visual system continuously adjusts to the current environment. To investigate
these adjustments, biases in observers' perceptions owing to changes in the visual …

Center-surround modulation in visual processing reflects a normalization process of contrast
gain control in the responsive neurons. Prior adaptation to a clockwise (CW) tilted grating …

A sensory stimulus can only be properly interpreted in light of the stimuli that surround it in
space and time. The tilt illusion (TI) and tilt after-effect (TAE) provide good evidence that the …

Exposure to oriented stimuli leads to a bias in the perceived orientation of subsequently
viewed stimuli (tilt aftereffect, TAE). This is traditionally attributed to sensory adaptation, and …

The tilt aftereffect (TAE) has been used previously to probe whether contours defined by
different attributes are subserved by the same or by different underlying mechanisms. Here …

In the tilt aftereffect a grating or bar is perceived as being slightly rotated from its veridical
orientation if it is preceded by a similar adaptation stimulus with a slightly different …