Cortical signals have been shown to track acoustic and linguistic properties of continuous
speech. This phenomenon has been measured in both children and adults, reflecting …

The amplitude envelope of speech carries crucial low-frequency acoustic information that
assists linguistic decoding at multiple time scales. Neurophysiological signals are known to …

Slow cortical oscillations play a crucial role in processing the speech envelope, which is
perceived atypically by children with Developmental Language Disorder (DLD) and …

The neural processes underpinning cognition and language development in infancy are of
great interest. We investigated EEG power and coherence in infancy, as a reflection of …

Slow cortical oscillations play a crucial role in processing the speech amplitude envelope,
which is perceived atypically by children with developmental dyslexia. Here we use …

During their early years, infants use the temporal statistics of the speech signal to boot-strap
language learning, but the neural mechanisms that facilitate this temporal analysis are …

Here we duplicate a neural tracking paradigm, previously published with infants (aged 4 to
11 months), with adult participants, in order to explore potential developmental similarities …

Infants master temporal patterns of their native language at a developmental trajectory from
slow to fast: Shortly after birth, they recognize the slow acoustic modulations specific to their …

Infants prefer to be addressed with infant-directed speech (IDS). IDS benefits language
acquisition through amplified low-frequency amplitude modulations. It has been reported …

EEG is a primary method for studying temporally precise neuronal processes across the
lifespan. Most of this work focuses on event related potentials (ERPs); however, using time …