The motion aftereffect (MAE) refers to the apparent motion of a stationary stimulus following
adaptation to a continuously moving stimulus. There is a growing consensus that the fast …

Tactile motion perception is one of the most important functions for realizing a delicate
appreciation of the tactile world. To explore the neural dynamics of motion processing in the …

In two experiments, we measured the direction, duration, frequency, and vividness of the
tactile motion aftereffect (MAE) induced by a rotating drum with a ridged surface. In …

The tactile motion aftereffect (tMAE) is a perceptual illusion in which a stationary stimulus
feels as though it is moving when presented following adaptation to a unidirectionally …

Tactile motion provides critical information for perception and manipulation of objects in
touch. Perceived directions of tactile motion are primarily defined in the environmental …

The existence of a tactile movement aftereffect was established in a series of experiments on
the palmar surface of the hand and fingers of psychophysical observers. During adaptation …

After prolonged exposure to a surface moving across the skin, this felt movement appears
slower, a phenomenon known as the tactile speed aftereffect (tSAE). We asked which …

If a peripheral target follows an ipsilateral cue with a stimulus-onset-asynchrony (SOA) of
300 ms or more, its detection is delayed compared to a contralateralcue condition. This …

Subjects were presented with pairs of tactile drifting sinusoids and made speed
discrimination judgments. On some trials, a visual drifting sinusoid, which subjects were …

This study examined the effect of systematically varying stimulus intensity on the time course
and magnitude of movement-related gating of tactile detection and scaling in 17 human …