Interactions between sensory pathways such as the visual and auditory systems are known
to occur in the brain, but where they first occur is uncertain. Here, we show a multimodal …

Eye movements alter the relationship between the visual and auditory spatial scenes.
Signals related to eye movements affect neural pathways from the ear through auditory …

Hearing is an active process, and recent studies show that even the ear is affected by
cognitive states or motor actions. One example are movements of the eardrum induced by …

We are rarely perfectly still: our heads rotate in three axes and move in three dimensions,
constantly varying the spectral and binaural cues at the ear drums. In spite of this motion …

We investigated the properties of human saccadic eye movements evoked by acoustic
stimuli in the two-dimensional frontal plane. These movements proved to be quite accurate …

The mammalian orienting response to sounds consists of a gaze shift that can be a
combination of head and eye movements. In animals with mobile pinnae, the ears also …

Abstract Changes in the delay (phase) and amplitude of sound at the ears are cues for the
analysis of sound movement. The detection of these cues depends on the convergence of …

Sounds enhance our ability to detect, localize, and respond to co-occurring visual targets.
Research suggests that sounds improve visual processing by resetting the phase of ongoing …

Influence of head position on the spatial representation of acoustic targets. Sound
localization in humans relies on binaural differences (azimuth cues) and monaural spectral …

Acoustic stimulation of the vestibular system has been well documented in humans and has
been accepted as a useful tool to diagnose vestibular disorders. The goal of this study was …