Several recent studies have provided support for the view that tactile stimuli/events are
remapped into an abstract spatial frame of reference beyond the initial somatotopic …

In a visuotactile congruency task, a distracting flash of light presented near a tactile target
can influence speeded judgments of tactile location. Localization of the tactile target is more …

It is well established that vibrotactile stimuli are represented in somatotopic maps. However,
less is known about whether these somatotopic representations are modulated by task …

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 …

A transparent barrier, such as a window, protects us from approaching objects (such as
flies), although we can still see the objects coming toward us through the occluder. In the …

Spatially and temporally congruent visuotactile stimulation of a fake hand together with one's
real hand may result in an illusory self-attribution of the fake hand. Although this illusion …

Research on the nature of crossmodal interactions between vision and touch has shown that
even task-irrelevant visual information can support the processing of tactile targets. In the …

Spatial localization of touch is critically dependent upon coordinate transformation between
different reference frames, which must ultimately allow for alignment between somatotopic …

Active tool use in human and non-human primates has been claimed to alter the neural
representations of multisensory peripersonal space. To date, most studies suggest that a …

Localizing tactile stimuli on our body requires sensory information to be represented in
multiple frames of reference along the sensory pathways. These reference frames include …