Martin E. Meyer

The paper investigates hierarchical syntactic planning in speech production using SEEG recordings, finding that core syntactic categories are planned before modifiers and that the hippocampus contributes to sentence structure building.

The paper investigates how the prosodic hierarchy is represented in the brain using EEG, finding that neural entrainment and phase-amplitude coupling reflect the hierarchical structure of speech.

This study examines how frontal lobe neuroanatomy and working memory capacity interact to affect older adults' speech recognition in noise.

This study uses resting-state EEG and ERP to predict and assess second language learning success in older adults, finding that beta1 oscillations and N400 components correlate with proficiency and cognitive processing.

This study examines how selective attention affects neural envelope tracking of speech in noisy environments in older adults, finding that attention modulates later TRF peaks and relates to comprehension accuracy.

This study examines how individual differences in hearing and cognition affect sentence processing in older adults, finding distinct roles for hearing thresholds, working memory, and individual alpha frequency in predicting neural responses to grammatical structures.