A growing number of studies in humans demonstrate the involvement of vestibular
information in tasks that are seemingly remote from well-known functions such as space …

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 …

Most evidence that the brain uses Bayesian inference to integrate noisy sensory signals
optimally has been obtained by showing that the noise levels in each modality separately …

The perceived subjective visual vertical (SVV) is an important sign of a vestibular otolith tone
imbalance in the roll plane. Previous studies suggested that unilateral pontomedullary …

Inferring object orientation in the surroundings heavily depends on our internal sense of
direction of gravity. Previous research showed that this sense is based on the integration of …

Perception of spatial orientation is thought to rely on the brain's integration of visual,
vestibular, proprioceptive, and somatosensory signals, as well as internal beliefs. When one …