Gras** actions are directed not only toward objects we see but also toward objects we
both see and touch (multisensory gras**). In this latter case, the integration of visual and …

Even though it is recognized that vision plays an important role in gras** movements, it is
not yet fully understood how the visual feedback of the hand contributes to the on-line …

Perceptual estimates of three-dimensional (3D) properties, such as the distance and depth
of an object, are often inaccurate. Given the accuracy and ease with which we pick up …

Reach-to-grasp movements performed without visual and haptic feedback of the hand are
subject to systematic inaccuracies. Grasps directed at an object specified by binocular …

It is reasonable to assume that when we grasp an object we carry out the movement based
only on the currently available sensory information. Unfortunately, our senses are often …

Recent studies on visuomotor processes using virtual setups have suggested that actions
are affected by similar biases as perceptual tasks. In particular, a strong lack of depth …

Virtual Reality (VR) systems increase immersion by reproducing users' movements in the
real world. However, several works have shown that this real-to-virtual map** does not …

Human multisensory gras** movements (ie, seeing and feeling a handheld object while
gras** it with the contralateral hand) are superior to movements guided by each separate …

When humans grasp an object, the thumb habitually contacts the object on the visible part,
whereas the index finger makes contact with the object on the occluded part. Considering …

The perceived distance of objects is biased depending on the distance from the observer at
which objects are presented, such that the egocentric distance tends to be overestimated for …