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The Centre for Hearing Research at the University of Oldenburg focuses on innovative auditory research covering areas such as animal physiology and behavior, auditory physiology in birds and mammals, cochlear and brainstem physiology, and neurogenetics. The institute employs advanced computational neuroscience and medical physics for applications in audiology, hearing aids, and auditory implants. Additionally, it nurtures cognitive and experimental psychology studies along with neuropsychology, making it a hub for interdisciпlinary approaches to understanding hearing and cognition.
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Centre for Hearing Research Hearing4all Institute of Biology, University of Oldenburg Animal physiology & behaviour (Head: G. Klump) Animal Psychoacoustics (U. Langemann) Auditory Physiology in birds & mammals (G. Klump) Cochlea & Brainstem Physiology (C. Köppl) Neurogenetics (H.G. Nothwang) Computational Neuroscience (J. Kretzberg) Institute of Physics, Univ. of Oldenburg Medical Physics (Head: B. Kollmeier) Objective Measures (S. Uppenkamp) Speech and Audiology (T. Brand) Signal Processing for Hearing Aids (V. Hohmann) Adaptive Signal modelling (J. Anemüller) Neuroacoustics (J. Verhey) Signal Processing (S. Doclo) Acoustics (S. van de Par) Medical University Hannover Otorhinolaryngology (Head: T.Lenarz) Cochlea Implants (A. Büchner) Auditory Implants (M. Lenarz) AudioNeuroTechnology (A.Kral) Medical Technology (O. Majdani) Diagnostics (A. Warnecke) Neurology (R. Dengler) Nuclear medicine (G. Berding) PhD Program Hearing Institute of Psychology, University of Oldenburg Cognition Research (H. Colonius) Cognitive Neurobiology (C. Thiel) Experimental Psychology (C. Herrmann) Neuropsychology (S. Debener) Psycholinguistik/Fak. III (E. Ruigendijk) Leibniz University Hannover Quantum engingeering (W. Ertmer) Quantum optics (U Morgner) Anorganic Chemistry (P. Behrens) Information processing (B. Edler)