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 hand explores the environment for obtaining tactile information that can be fruitfully
integrated with other functions, such as vision, audition, and movement. In theory …

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 …

Reacting to a touch on the skin often requires the remapping of the initial somatotopicaly‐
based representation of the stimulus into an external frame of reference that incorporates …

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; …

Orienting our gaze or attention to the location of tactile events in the skin feels natural and
effortless. However, this process requires combining somatosensory and proprioceptive …

Whenever we move the hand across a surface, tactile signals provide information about the
relative velocity between the skin and the surface. If the system were able to integrate the …

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 …

Oscillatory α-band activity is commonly associated with spatial attention and multisensory
prioritization. It has also been suggested to reflect the automatic transformation of tactile …

Current views on multisensory motion integration assume separate substrates where visual
motion perceptually dominates tactile motion [1, 2]. However, recent neuroimaging findings …