Humans' ability to synchronize movement with auditory rhythms relies on motor networks,
such as cortical areas, basal ganglia and the cerebellum, which also participate in rhythm …

We investigated temporal properties of visual perception as a function of eccentricity, that is,
spatial position relative to the fovea. Our experiments were motivated by well-characterized …

Many tasks require precise synchronization with external sensory stimuli, such as driving a
car. This study investigates whether combined visual-tactile information provides additional …

Living in a complex and multisensory environment demands constant interaction between
perception and action. In everyday life it is common to combine efficiently simultaneous …

Head movements that are synchronized with musical rhythms often emerge during musical
activities, such as hip hop dance. Although such movements are known to affect the meter …

Many motor tasks are comprised of sequentially linked action phases, as when reaching for,
lifting, transporting, and replacing a cup of coffee. During such tasks, discrete visual, auditory …

Abstract Information coming from multiple senses, as compared to a single one, typically
enhances our performance. The multisensory improvement has been extensively examined …

Humans display a natural tendency to move to the beat of music, more than to the rhythm of
any other auditory stimulus. We typically move with music, but rarely with speech. This …

Creating a coherent representation of our environment is highly dependent on integrating
sensory signals into unified multisensory percepts. These percepts are not only multisensory …

Time is a universal feature of all information processed by sensory systems, and temporal
patterning is often essential for attributing meaning to external stimuli such as speech or …