Purpose: Humans have a near-automatic tendency to entrain their motor actions to rhythms
in the environment. Entrainment has been hypothesized to play an important role in …

Little is known about how the modulation of the interoceptive focus impacts the neural
correlates of high-level social processes, such as synchronization mechanisms. Therefore …

Currently, vision-related neuroscience studies are undergoing a trend from simplified image
stimuli toward more naturalistic stimuli. Virtual reality (VR), as an emerging technology for …

Passive listening to music, without sound production or evident movement, is long known to
activate motor control regions. Nevertheless, the exact neuroanatomical correlates of the …

Rhythmic activity in the delta frequency range (0.5–3 Hz) is a prominent feature of brain
dynamics. Here, we examined whether spontaneous delta oscillations, as found in invasive …

Predictive tracking demonstrates our ability to maintain a line of vision on moving objects
even when they temporarily disappear. Models of smooth pursuit eye movements posit that …

Objectives The study aims to better understand the rhythmic abilities of people who stutter
and to identify which processes potentially are impaired in this population:(1) beat …

Advances in timing research advocate for the existence of two timing mechanisms
(automatic vs. controlled) that are related to the level of cognitive control intervening for …

Self-motion induces sensory signals that allow to determine travel distance (path
integration). For veridical path integration, one must distinguish self-generated from …

Syllables are an essential building block of speech. We recently showed that tactile stimuli
linked to the perceptual centers of syllables in continuous speech can improve speech …