Johannes Zaar

This study estimates speech reception threshold using ear-EEG and finds it is reliable when combining in-ear and around-the-ear electrodes.

This study uses EEG to track neural responses to competing speech streams during attention switches, revealing asymmetric engagement and disengagement processes and lexical context resets.

This paper estimates speech-reception-threshold using EEG-based envelope reconstruction and analyzes how SNR affects TRF components, showing strong alignment between neurophysiological and behavioral measures.

This study examines how age and hearing loss affect speech intelligibility and amplitude modulation frequency selectivity, finding that AM tuning contributes to SRT variance in specific masking conditions.

This study investigates how age and hearing loss independently affect amplitude modulation frequency selectivity using a simultaneous AM masking paradigm.

This study investigates how hearing-impaired individuals process ignored speech in noisy environments using EEG, finding over-representation of phonetic onsets in ignored speech.

This study uses multilevel logistic regression to analyze eye-gaze patterns of hearing-impaired listeners during conversation transitions, finding that gaze towards a new talker follows an s-shaped curve over time.