Guangting Mai

The paper investigates neural entrainment to pitch changes in auditory targets in noise, showing similar patterns for speech and non-linguistic stimuli, with potential clinical biomarker implications.

This study uses fNIRS to assess neuroplasticity in speech-in-noise processing in older adults before and after training, finding neural changes preceding behavioral improvements.

This study uses tDCS and EEG to show that stimulating the right auditory cortex causally affects speech-evoked envelope-following responses.

The paper examines how age-related changes in neural phase-locked responses to speech affect speech perception in noise, finding age-related declines in subcortical responses and increases in cortical phase-locking.

This study uses EEG and mTRF models to examine how delta and theta neural entrainment contribute to phonological and semantic processing in speech perception, finding distinct roles for each band in different linguistic hierarchies.