Daniele Schön

The paper shows that speech perception involves dynamic, context-dependent temporal predictions encoded in the brain, with RNN models outperforming simpler models in capturing this structure.

This study compares neural synchronization during finger tapping and walking to auditory rhythms, finding that both enhance synchronization but tapping is uniquely influenced by task instructions.

This study examines spontaneous interpersonal entrainment in autism spectrum disorder (ASD) and finds comparable effects to neurotypical individuals under stable conditions.

The paper presents a dual EEG hyperscanning dataset capturing natural French face-to-face conversations to study neural dynamics in dyadic interaction.

The paper investigates neural dynamics during natural conversation, showing that pre-speech neural activity predicts response duration more than one second before articulation.

The paper develops a real-time coupled-oscillators virtual partner to study verbal coordination and its neural dynamics using intracranial recordings from epilepsy patients.

This study shows that attentional inhibition ability explains part of the variability in neural decoding accuracy during complex auditory streaming tasks.

The paper investigates how speech and music processing share and differ in neural networks using intracranial EEG recordings and statistical analysis.

The paper investigates how neural dynamics in the dorsal auditory pathway relate to the experience of groove during music listening and shows that motor engagement reflects predictive timing.

This study examines neuronal avalanches during speech and music listening versus rest, finding stimulus-driven coordination and distinct network dynamics.

This study assesses speech perception and anticipatory behavior in children with cochlear implants using ecological listening tasks, finding preserved gaze anticipatory behavior despite poorer speech perception.

The paper investigates persistent cortical oscillatory responses to auditory rhythmic stimulation and finds that high-gamma activity persists after stimulation, while low-frequency dynamics do not.

This study shows that musical expertise improves neural statistical learning, as evidenced by better performance and distinct EEG correlates in musicians compared to non-musicians.

The paper analyzes intracranial data from 96 epilepsy patients to reveal a two-timescale processing mode in human auditory cortex, with hemispheric differences emerging beyond primary regions.