We inherently maintain a stable perception of the world despite frequent changes in the
head, eye, and body positions. Such “orientation constancy” is a prerequisite for coherent …

Neural control of standing balance has been extensively studied. However, most falls occur
during walking rather than standing, and findings from standing balance research do not …

In three experiments we investigated the effects of visuo-tactile and visuo-vestibular conflict
about the direction of gravity on three aspects of bodily self-consciousness: self …

Objective Emerging evidence suggests that children with attention deficit and hyperactivity
disorder (ADHD) present more difficulties in standing and walking balance than typically …

Objective: To specify the neuroanatomical correlates of biases in the representations of the
gravitational vertical (subjective vertical [SV]) and body axis (subjective straight ahead …

When users use Virtual Reality (VR) in nontraditional postures, such as while reclining or
lying in relaxed positions, their views lean upwards and need to be corrected, to make sure …

Perception of the subjective visual vertical (SVV) is usually assessed by asking to subjects,
in complete darkness, to adjust the position of a luminous rod that is variably tilted (ie, by the …

Introduction Brain hemisphere lesions often cause a contralesional tilt of the subjective
vertical (SV) a phenomenon related to spatial neglect and postural disorders. Depending on …

Vertical representation is central to posture control, as well as to spatial perception and
navigation. This representation has been studied for a long time in patients with vestibular …

Visual cues contribute to the creation of an observer's egocentric reference frame, within
which the locations and orientations of objects can be judged. However, these cues can also …