Taking advantage of information theory, this study investigated the functional connectivity in the auditory cortex and how its temporal dynamics is affected by stimulus inputs.
A computational model that simulates loudness perception experiments using a peripheral auditory model for electric and acoustic stimulation (PAMEAS).
This study investigates neuroanatomical changes in a military population, aiming to enhance our understanding of how tinnitus and hearing loss affect the brain's structure.
Listeners with normal hearing can deploy spatial attention to improve speech intelligibility in spatialised settings, but this ability is affected by hearing loss, and likely contributes to difficulties listening in noisy environments.
Case study discussing unilateral hearing loss because of Idiopathic Intracranial Hypertension which is a rare occurrence with highly variable clinical manifestations.
This study compares EEG-based decoding of sound source locations between real (free-field) and virtual (non-individual HRTF) listening environments, finding differences in decoding accuracy and latency that suggest weaker neural representations and processing delays in certain virtual settings.