The follwing topics are available:
- Measurment of otoacoustic emissions from the ears of gerbils, bats and humans. Aim is to understand active sensory processing in the cochlea.
(Supervisor: Kössl)
- Investigation of time processing in the auditory system of gerbils and bats with neuropharmacological and electrophysiological techniques.
(Supervisor: Kössl)
- Study of ontogenetic changes of neuronal circuits that process time in young bats.
(Supervisor: Kössl)
- Otoacoustic emissions from bushcricket ears: pharmacological tests.
(Supervisors: Kössl, Seyfarth)
- Extracellular recordings from the acoustic nerve of bushcrickets and tests with various pharmacological substances.
(Supervisors: Seyfarth, Kössl)
- Investigation of neuronal correlates of tinnitus in the gerbil brain with electrophysiological, neuropharmacological and behavioural techniques.
(Supervisors: Kössl, Gaese)
- Investigating the effect of behavioural and sensory context on the perception of sound in humans (psychophysics).
(Supervisor: Gaese, see details)
- Investigating brain activity during active hearing in rodents (electrophysiology and behavioural control).
(Supervisor: Gaese, see details)
- Studying the effects of genetic engineering in the auditory system of rodents.
(Supervisor: Gaese, see details)
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