Section Computational
Sensomotorics
Department of Cognitive Neurology
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Successful PhD defense of Jesse St. Amand

Successful PhD defense of Jesse St. Amand. Congratulations! (on Wednesday, July 16th 2025)

Thesis ‘Gaussian Process Dynamical Models for Small-Data Human Motion Synthesis: From Hierarchical Models to Mixture-of-Experts Frameworks’ .

Microrobots, Big Impact: Leo Werner Wins GTC Neuroscience Presentation Award

We’re proud to announce that Leo Werner received the Neuroscience Presentation Award from the Graduate Training Centre of Neuroscience at the University of Tübingen for his outstanding lab rotation presentation:

“Optimizing Stability and Functionality: Microrobotic Stimulation in the Rodent Motor Cortex”

Supervised by Dr. Alia Benali (AG Giese), Leo addressed the challenge of microparticle injectability. He conducted over 500 systematic injections into self-made brain phantoms and validated his findings in animal models, in collaboration with researchers from the Max Planck Institute for Intelligent Systems.

His project marks an important step toward translating microrobotic approaches from in vitro to in vivo applications; paving the way for future preclinical and clinical neuromodulation strategies.

Congratulations, Leo!

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Leo Werner wurde mit dem Neuroscience Presentation Award des Graduate Training Centre of Neuroscience der Universität Tübingen ausgezeichnet. Gewürdigt wurde seine herausragende Präsentation im Rahmen eines dreimonatigen Lab-Rotationsprojekts zum Thema:

„Optimizing Stability and Functionality: Microrobotic Stimulation in the Rodent Motor Cortex“

Unter der Betreuung von Dr. Alia Benali (AG Giese) entwickelte Leo eine systematische Testreihe zur Injektionsstabilität mikrorobotischer Partikel. Mithilfe selbstgebauter Gehirnphantome führte er über 500 Versuche durch und validierte die Ergebnisse in Zusammenarbeit mit Wissenschaftlern des Max-Planck-Institutes für Intelligente Systeme im Tiermodell.

Seine Arbeit trägt wesentlich dazu bei, die Übertragung von Mikropartikel-Technologien aus der Petrischale in präklinische Anwendungen zu ermöglichen, ein zentraler Schritt für zukünftige neurotechnologische Therapien.

Herzlichen Glückwunsch, Leo!

The inter-university center ‘Bionic Intelligence Tübingen Stuttgart (BITS)’ was inaugurated on May 20

 

The inter-university center ‘Bionic Intelligence Tübingen Stuttgart (BITS)’ was inaugurated on May 20 in Weil der Stadt, the birthplace of Johannes Kepler. As part of the scientific program, the three speakers, Syn Schmitt, Martin Giese and Sabine Ludwigs, presented current research projects of the center. In addition, two internationally leading scientists in the field of bionic intelligence from the areas of bio-inspired robotics and computational psychiatry presented their latest research work.

Das interuniversitäre Zentrum 'Bionic Intelligence Tübingen Stuttgart (BITS)' wurde am 20.5. feierlich in Weil der Stadt, dem Geburtsort von Johannes Kepler, eingeweiht. Im Rahmen des wissenschaftlichen Programms wurden von den drei Sprechern, Syn Schmitt, Martin Giese und Sabine Ludwigs aktuelle Forschungsprojekte des Zentrums dargestellt. Außerdem päsentierten zwei international führende Wissenschaftler auf dem  Gebiet der Bionischen Intelligenz aus den Bereichen bioinspirierte Robotik und Computational Psychiatry ihre neuesten Forschungsarbeiten dar.

 

Tagesschau reports on the joint research on the use of microrobots for brain stimulation

 

Tagesschau reports on the joint research on the use of microrobots for brain stimulation, which is being carried out in cooperation between the Hertie Institute (Dr. Benali, Profs. Giese), University of Stuttgart (Prof. Aghakhani), and the MPI for Intelligent Systems in Stuttgart (Dr. Yildiz, Prof. Sitti).

Tagesschau berichtet über die gemeisamen Forschungen zur Verwendung von Mikrorobotern für die Hirnstimlation, die in Kooperation zwischen dem Hertie Institut (Dr. Benali, Profs. Giese), the University of Stuttgart (Prof. Aghakhani), und dem MPI für Intelligente Systeme in Stuttgart (Dr. Yildiz, Prof. Sitti) durchgeführt werden.

 

Successful PhD defense of Michael Stettler. Congratulations!

Michael has developed neural network and computer vision models that explain the cross-domain transfer for the recognition of dynamic facial expressions with different head shapes. In psychophysical experiments, he has investigated the influence of the basic head shape on expressions recognition.

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