Antje S. Meyer

This study uses RIFT and EEG to examine attentional allocation between speech planning and comprehension, finding stronger neural interaction when stimuli are unrelated.

The paper investigates how the brain encodes syntactic structure in speech using EEG, finding distinct neural responses in theta and alpha bands that correlate with linguistic structure.

The paper investigates how neural oscillations reflect linguistic content beyond acoustic and rhythmic features during speech comprehension.

This study examines brain activation during sentence production with different verb structures and lexical status, finding increased activation in language networks for complex structures and known verbs.

The paper shows that novel words and their syntactic properties are learned through co-occurrence probabilities and represented in language network regions, with left inferior frontal cortex involved in contextual unification.

The paper shows that neural entrainment to speech rhythms influences perceived word duration and meaning.