: Human infants acquire language with notable ease compared to adults, but the neural basis of their remarkable brain plasticity for language remains little understood. Applying a scaling analysis of neural oscillations to address this question, we show that newborns' electrophysiological activity exhibits increased long-range temporal correlations after stimulation with speech, particularly in the prenatally heard language, indicating the early emergence of brain specialization for the native language
The power and precision with which humans link language to cognition is unique to our species. By 3–...
The last decade has produced an explosion in neuroscience research examining young children's early ...
International audienceWhen humans listen to speech, their neural activity tracks the slow amplitude ...
Learning to decode and produce speech is one of the most demanding tasks faced by infants. Neverthel...
Neonates show broad-based, universal speech perception abilities, allowing them to acquire any langu...
Previous research has shown that by the time of birth, the neonate brain responds specially to the n...
: Are neural oscillations biologically endowed building blocks of the neural architecture for speech...
Little is known about the neural mechanisms that underlie tuning to the native language(s) in early ...
Recent studies demonstrated neural systems in bilateral fronto-temporal brain areas in newborns spec...
Little is known about the neural mechanisms that underlie tuning to the native language(s) in early ...
Learning, the foundation of adaptive and intelligent behavior, is based on plastic changes in neural...
Recent studies demonstrated neural systems in bilateral fronto-temporal brain areas in newborns spec...
The initial stages of language learning involve a critical interaction between infants' environmenta...
During the first months of life, human infants process phonemic elements from all languages similarl...
Abstract Language discrimination is one of the core differences between bilingual and monolingual la...
The power and precision with which humans link language to cognition is unique to our species. By 3–...
The last decade has produced an explosion in neuroscience research examining young children's early ...
International audienceWhen humans listen to speech, their neural activity tracks the slow amplitude ...
Learning to decode and produce speech is one of the most demanding tasks faced by infants. Neverthel...
Neonates show broad-based, universal speech perception abilities, allowing them to acquire any langu...
Previous research has shown that by the time of birth, the neonate brain responds specially to the n...
: Are neural oscillations biologically endowed building blocks of the neural architecture for speech...
Little is known about the neural mechanisms that underlie tuning to the native language(s) in early ...
Recent studies demonstrated neural systems in bilateral fronto-temporal brain areas in newborns spec...
Little is known about the neural mechanisms that underlie tuning to the native language(s) in early ...
Learning, the foundation of adaptive and intelligent behavior, is based on plastic changes in neural...
Recent studies demonstrated neural systems in bilateral fronto-temporal brain areas in newborns spec...
The initial stages of language learning involve a critical interaction between infants' environmenta...
During the first months of life, human infants process phonemic elements from all languages similarl...
Abstract Language discrimination is one of the core differences between bilingual and monolingual la...
The power and precision with which humans link language to cognition is unique to our species. By 3–...
The last decade has produced an explosion in neuroscience research examining young children's early ...
International audienceWhen humans listen to speech, their neural activity tracks the slow amplitude ...