Ronny Hannemann

The paper records and models neural responses to natural conversational speech during walking, showing coordinated rhythmic interactions between gait and speech.

The study investigates whether auricular muscle EMG activity reflects effortful listening by varying listening effort and stimulus direction in a competing speaker paradigm.

The paper investigates how amplitude compression affects neural speech tracking in hearing-impaired and normal-hearing individuals, finding that compression reduces tracking but can enhance target speech representation when applied to distractors.

This study investigates how neural speech tracking shifts from syllable rate to modulation rate as speech intelligibility decreases using magnetoencephalography.

The paper investigates whether selective attention enhances target speech tracking or suppresses distractor speech, finding that target speech is enhanced but distractors are not suppressed below neutral baseline.

The paper shows that human ear muscle activity reflects auditory attention direction, revealing a vestigial pinna-orienting system still active in the brain.