We investigated the extent to which people can selectively ignore distracting vibrotactile information when performing a visual task. In Experiment 1, participants made speeded elevation discrimination responses (up vs. down) to a series of visual targets presented from one of two eccentricities on either side of central fixation, while simultaneously trying to ignore task-irrelevant vibrotactile distractors presented independently to the finger (up) vs. thumb (down) of either hand. Participants responded significantly more slowly, and somewhat less accurately, when the elevation of the vibrotactile distractor was incongruent with that of the visual target than when they were presented from the same (i.e., congruent) elevation. This crossmo...
Seeing one's own body (either directly or indirectly) can influence visuotactile crossmodal interact...
The human brain is adapted to integrate the information from multiple sensory modalities into cohere...
Vision tends to dominate over touch in the majority of experimental situations, particularly when vi...
Across three experiments, participants made speeded elevation discrimination responses to vibrotacti...
Across three experiments, participants made speeded elevation discrimination responses to vibrotacti...
Participants in this experiment were required to discriminate the elevation of visual target stimuli...
Crossing the hands over, whether across the body midline or with respect to each other, leads to mea...
To date, tactile distractor processing has primarily been investigated by focusing on the spatial ch...
Seeing one's own body (either directly or indirectly) can influence visuotactile crossmodal interact...
The authors report a series of 6 experiments investigating crossmodal links between vision and touch...
The authors report a series of 6 experiments investigating crossmodal links between vision and touch...
To date, tactile distractor processing has primarily been investigated by focusing on the spatial ch...
A transparent barrier, such as a window, protects us from approaching objects (such as flies), altho...
We report an experiment designed to investigate the temporal dynamics of the visuotactile crossmodal...
Seeing one's own body (either directly or indirectly) can influence visuotactile crossmodal interact...
Seeing one's own body (either directly or indirectly) can influence visuotactile crossmodal interact...
The human brain is adapted to integrate the information from multiple sensory modalities into cohere...
Vision tends to dominate over touch in the majority of experimental situations, particularly when vi...
Across three experiments, participants made speeded elevation discrimination responses to vibrotacti...
Across three experiments, participants made speeded elevation discrimination responses to vibrotacti...
Participants in this experiment were required to discriminate the elevation of visual target stimuli...
Crossing the hands over, whether across the body midline or with respect to each other, leads to mea...
To date, tactile distractor processing has primarily been investigated by focusing on the spatial ch...
Seeing one's own body (either directly or indirectly) can influence visuotactile crossmodal interact...
The authors report a series of 6 experiments investigating crossmodal links between vision and touch...
The authors report a series of 6 experiments investigating crossmodal links between vision and touch...
To date, tactile distractor processing has primarily been investigated by focusing on the spatial ch...
A transparent barrier, such as a window, protects us from approaching objects (such as flies), altho...
We report an experiment designed to investigate the temporal dynamics of the visuotactile crossmodal...
Seeing one's own body (either directly or indirectly) can influence visuotactile crossmodal interact...
Seeing one's own body (either directly or indirectly) can influence visuotactile crossmodal interact...
The human brain is adapted to integrate the information from multiple sensory modalities into cohere...
Vision tends to dominate over touch in the majority of experimental situations, particularly when vi...