Numerous studies have investigated low-frequency (theta-band) and high-frequency
(gamma-band) neural activities that are phase-locked to temporal structures, including the …

Low‐and high‐frequency cortical oscillations play an important role in speech processing.
Low‐frequency neural oscillations in the delta (< 4 Hz) and theta (4–8 Hz) bands entrain to …

Both superior temporal gyrus and inferior Rolandic area have been reported to be involved
in perception and production of speech in humans. Here, we determined how these cortical …

Natural sounds, including vocal communication sounds, contain critical information at
multiple time scales. Two essential temporal modulation rates in speech have been argued …

The study of the production of co-speech gestures (CSGs), ie, meaningful hand movements
that often accompany speech during everyday discourse, provides an important opportunity …

For efficient and fast encoding of our complex acoustic environment, not only aspects of
bottom-up processing are significant, but rather top-down influences such as attention …

The human auditory cortex was recently found to contribute to the frequency following
response (FFR) and the cortical component has been shown to be more relevant to speech …

The dichotomy between acoustic temporal envelope (ENV) and fine structure (TFS) cues
has stimulated numerous studies over the past decade to understand the relative role of …

Primary auditory cortex is a critical stage in the human auditory pathway, a gateway between
subcortical and higher-level cortical areas. Receiving the output of all subcortical …

Neural processing along the ascending auditory pathway is often associated with a
progressive reduction in characteristic processing rates. For instance, the well-known …