Movement to a steady beat has been widely studied as a model of alignment of motor
outputs on sensory inputs. However, how the encoding of sensory inputs is shaped during …

Synchronizing movements with rhythmic inputs requires tight coupling of sensory and motor
neural processes. Here, using a novel approach based on the recording of steady-state …

Background Producing sounds by a musical instrument can lead to audiomotor coupling, ie
the joint activation of the auditory and motor system, even when only one modality is probed …

When listening to music, we often spontaneously synchronize our body movements to a
rhythm's beat (eg tapping our feet). The goals of this study were to determine how features of …

Information encoding has received a wide neuroscientific attention, but the underlying rapid
spatiotemporal brain dynamics remain largely unknown. Here, we investigated the rapid …

The ability to process and act upon incoming sounds during locomotion is critical for survival
and adaptive behavior. Despite the established role that the auditory cortex (AC) plays in …

Human movements often spontaneously fall into synchrony with auditory and visual
environmental rhythms. Related behavioral studies have shown that motor responses are …

Specialized neural systems are engaged by the rhythmic and melodic components of music.
Here, we used PET to measure regional cerebral blood flow (rCBF) in a working memory …

People have a natural and intrinsic ability to coordinate body movements with rhythms
surrounding them, known as sensorimotor synchronisation. This can be observed in daily …

Numerous neuroimaging studies demonstrated that the auditory cortex tracks ongoing
speech and that, in multi-speaker environments, tracking of the attended speaker is …