: Experience with language starts prenatally, as the intrauterine environment allows speech prosody to get through. Martinez-Alvarez and colleagues (2023) demonstrated that newborns detect utterance-level prosodic violations in the language they heard prenatally, French. It remains unknown, however, whether this discrimination ability requires prenatal experience with a given language or whether newborns have an early sensitivity to the shapes of prosodic contours that extends beyond prenatal experience. To this purpose, we tested infants exposed prenatally to Italian with the French stimuli of Martinez-Alvarez et al. (2023), and we measured their brain responses with fNIRS. We found that Italian-exposed newborns discriminate between standard and deviant prosodic contours in French, activating right hemispheric areas specialized for the processing of prosody in adults. However, the time course and the localization of the effect were different from those found in French newborns. This suggests that an early sensitivity to prosodic contours may be modulated by prenatal experience at birth.

Do newborns detect prosodic violations in an unfamiliar language at birth?

Gemignani J.;Bonadies L.;Baraldi E.;Gervain J.
2025

Abstract

: Experience with language starts prenatally, as the intrauterine environment allows speech prosody to get through. Martinez-Alvarez and colleagues (2023) demonstrated that newborns detect utterance-level prosodic violations in the language they heard prenatally, French. It remains unknown, however, whether this discrimination ability requires prenatal experience with a given language or whether newborns have an early sensitivity to the shapes of prosodic contours that extends beyond prenatal experience. To this purpose, we tested infants exposed prenatally to Italian with the French stimuli of Martinez-Alvarez et al. (2023), and we measured their brain responses with fNIRS. We found that Italian-exposed newborns discriminate between standard and deviant prosodic contours in French, activating right hemispheric areas specialized for the processing of prosody in adults. However, the time course and the localization of the effect were different from those found in French newborns. This suggests that an early sensitivity to prosodic contours may be modulated by prenatal experience at birth.
2025
   MSCA Seal of Excellence 2022
   RITMO
   University of Padua

   BabyMindReader: a multivariate NIRS-EEG neural decoder to decipher newborns' inital representations of speech prosody
   BabyMindReader
   European Commission
   Horizon 2020 Framework Programme
   101031716

   Tuned to the Rhythm: How Prenatally and Postnatally Heard Speech Prosody Lays the Foundations for Language Learning
   BabyRhythm
   European Commission
   Horizon 2020 Framework Programme
   773202

   FARE
   FARE
   Italian Ministry for Universities and Research,
   R204MPRHKE

   PRIN
   Italian Ministry for Universities and Research
   2022WX3FM5

   SYNPHONIA
   Italian Ministry for Universities and Research
   PNRR-MAD-2022–12376739

   Ecos-sud
   National Center for Artificial Intelligence CENIA FB210017
   C20S02
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/3561778
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