Hugo Weissbart

This study shows that both linguistic structure and statistical properties shape neural dynamics during spoken language comprehension through cross-frequency coupling.

This study investigates how acoustic and linguistic features are encoded during speech comprehension, finding that phoneme-level features are tracked more strongly in a comprehended language and that word entropy influences this encoding.

This study investigates the role of alpha and beta oscillations in naturalistic language comprehension, finding they support syntactic structure building and semantic composition through inhibition and reactivation processes.

The paper examines early neural responses to speech fundamental frequency and finds they are influenced by both acoustic and linguistic features.