Das Klinikum

Dr. rer. nat. Stefanie Liebe
Clinician Scientist /Resident in Neurology and Epileptology
I am a Clinician Scientist interested working at the intersection of clinical and systems neuroscience and use AI-based data analysis to understand neural mechanisms of physiological and pathological brain activity and advance diagnostic tools in clinical neuroscience.
Kontakt
Telefonnummer: 07071 29-80442
E-Mail-Adresse: stefanie.liebe@uni-tuebingen.de
Klinik / Institut / Zentrum
Klinische Schwerpunkte
- Epilepsie, Schwerpunkt prächirurgische Anfallsdiagnostik / Video EEG Monitoring
Zur Person
-
Crossing the bridge between clinical work and research
I am a Clinician Scientist funded by the MINT Clinician Scientist Program at the University Hospital Tübingen. My research interests lie at the intersection of systems neuroscience, epilepsy and medical AI. I have a multi-disciplinary academic background with degrees in medicine, psychology and systems neuroscience. During my PhD at the Max Planck Institute for Biological Cybernetics in Tübingen I studied neural mechanisms underlying vision and memory using extracellular recordings of single unit activity and local field potentials. I continue to work on similar topics using cellular recordings from human epilepsy patients. A strong focus of my work is to apply AI methods to better understand neural mechanisms of physiological and pathological brain activity and support clinical decision making with a specific focus on epilepsy. I have built an interdisciplinary team of young researchers - check out our website!
homepage
Wissenschaftliche Tätigkeit
- Clinician Scientist, Department of Neurology/Epileptology, Cluster of Excellence 'Machine Learning in Science'
- Co-PI ClinBrain Project: Using AI methods and machine learning tools in the analysis of EEG to support and improve diagnosis of epilepsy in collaboration with Prof. Zeynep Akata
- PI within Priority Programme “Sensing LOOPS: Cortico-subcortical Interactions for Adaptive Sensing” (SPP 2411): Neural Interaction during context dependent visual processing in the human medial temporal lobe.
- Investigating of underlying neural mechanisms of visual perception and memory processing using a. single unit activity and local field potential recordings in the medial temporal lobe of human epilepsy patients and b. deep neural network modelling. Collaboration with Florian Mormann, UK Bonn and Jakob Macke, ML Cluster, UK Tübingen.
- PI Horizon MSCA Doctoral Network 2022 "CheriSh:Cochlear implants and spatial hearing: Enabling access to the next dimension of hearing": Modelling spatial hearing and underlying EEG responses in subjects with normal hearing and cochlear implant users"
Ausbildung & beruflicher Werdegang
- 08/2016-08/2020Research Fellow (AG Prof. Florian Mormann, Cognitive and Clinical Neurophysiology, Clinic for Epileptology / University Hospital Bonn
- 08/2018-08/2020Resident Epileptology, Clinic for Epileptology at the University Hospital Bonn
- 09/2020-presentResident, Department of Neurology with focus on Epileptology
Preise & Auszeichnungen
Publikationen
- Stefanie Liebe, Matthijs Pals, Johannes Niediek, Jakob Macke, Florian Mormann (2025). Phase dependent maintenance of temporal order in biological and artificial recurrent neural networks. Nature Neuroscience, 28, pages 873–882 (2025)
- Publikationen
Veranstaltungen / Vorlesungen
- Vorlesung 'Epilepsie' , Studiengang Pflege B.Sc. Universität Tübingen