Perceptual adaptation is often studied within a single sense. However, our experience of the
world is naturally multisensory. Here, we investigated cross-sensory (visual-vestibular) …

To maintain stable and coherent perception in an ever-changing environment, the brain
needs to continuously and dynamically calibrate information from multiple sensory sources …

Perceptual biases can be interpreted as adverse consequences of optimal processes which
otherwise improve system performance. The review presented here focuses on the …

There is strong evidence of shared neurophysiological substrates for visual and vestibular
processing that likely support our capacity for estimating our own movement through the …

Sensorimotor control requires an accurate estimate of the state of the body. The brain
optimizes state estimation by combining sensory signals with predictions of the sensory …

Recent sensory experience can alter our perception and change the response
characteristics of sensory neurons. These effects of sensory adaptation are a ubiquitous …

A dual adaptation paradigm was used in order to study the adaptation to two conditions of
conflicting visual and kinesthetic and vestibular information. Adaptation was induced in …

Humans integrate multisensory information to reduce perceptual uncertainty when
perceiving the world and self. Integration fails, however, if a common causality is not …

Switching between motor tasks requires accurate adjustments for changes in dynamics
(grasping a cup) or sensorimotor transformations (moving a computer mouse). Dual …

The use of vision allows us to guide and modify our movements by appropriately
transforming external sensory information into proper motor commands. We investigated …