William Sedley

This study shows that auditory working memory and sound segregation ability predict speech-in-noise performance in cochlear implant users, even after accounting for peripheral processing abilities.

The paper investigates the neural basis of navigating an auditory dimension in humans, finding overlapping brain systems with physical navigation.

The paper investigates changes in auditory steady-state response (ASSR) in tinnitus patients and finds no significant amplitude differences between acute and chronic tinnitus but notes reduced amplitude in tinnitus groups compared to controls.

The paper investigates how perceptual novelty contributes to tinnitus persistence by analyzing P300 responses in acute, post-acute, chronic tinnitus, and control groups.

The paper investigates tinnitus onset by analyzing IDAEP slopes, finding increased sensory reactivity during acute tinnitus that decreases over time.

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 shows that dynamic auditory figure-ground analysis better predicts speech-in-noise ability than static analysis, with combined measures outperforming age and hearing sensitivity.

This study investigates interoception differences in migraineurs, finding altered behavior and confidence but not accuracy in heartbeat detection tasks.

The paper investigates how attention affects Mismatch Negativity (MMN) responses to intensity deviants in tinnitus patients and controls, finding differential effects based on attention type and deviant direction.

The paper assesses ERP responses to intensity deviant stimuli in groups with different combinations of tinnitus and hyperacusis, revealing distinct profiles and interactions between the conditions.

The paper investigates how different frequency paradigms affect Mismatch Negativity responses in healthy controls using three experimental designs with varying frequency differences.

The paper evaluates EEG measures for auditory figure-ground perception and speech-in-noise processing, finding enhanced responses for figure detection under distraction.

The paper investigates how tinnitus arises by examining anticipatory auditory predictions in individuals with and without tinnitus using MEG data.