Constantino D. Dragicevic

The paper analyzes cochlear implant electrocochleography noise in humans and identifies a 3.1 kHz frequency peak potentially reflecting auditory-nerve spontaneous activity.

This study examines oscillatory activity in tinnitus patients during auditory and visual attention, finding altered corticofugal pathways and increased theta power in frontal EEG regions.

This study investigates how selective attention modulates low-frequency oscillations in the cochlear amplifier and brain during visual and auditory tasks.