Research
Three Key Research Areas
The NeuroCore segment focuses on developing new methods for analyzing complex brain activity, while NeuroProbes concentrates on material developing for measuring and manipulating neural circuits. Finally, the NeuroBotics segment is focused on developing robotic technologies that can be integrated with the human brain to enhance human capabilities. Furthermore, the center’s research is reflected in the NEXUS Experiments platform, emphasizing its social significance. Together, these areas of research aim to develop innovative ways of translating scientific discoveries into practical solutions that can benefit society.
NeuroCore
The NeuroCore area forms the basis for experimental neurotechnology within BrainLinks-BrainTools. Here, the neurobiological mechanisms of signal processing in the brain are researched and methods are developed to specifically analyze and influence these signals. The aim is to gain a deeper understanding of how the brain works and to use this knowledge to develop effective brain-machine interfaces. NeuroCore is thus laying the scientific foundations for future applications in neurotechnology.
NeuroProbes
The NeuroProbes research field focuses on the development and optimization of microsystems and probes that enable precise measurement and targeted stimulation of neuronal activity. These instruments are essential for recording brain signals and form the technical basis for many applications, for example in the treatment of movement disorders, strokes or epilepsy. The data obtained not only contributes to the improvement of clinical therapies, but also promotes basic neuroscientific research within the center.
NeuroBotics
NeuroBotics focuses on the integration of robotics and neurotechnology in order to develop innovative assistance systems that can be controlled directly by brain signals. The aim is to create practical solutions that open up new possibilities for interaction and independence, particularly for patients with severe neurological impairments. Research in this area combines state-of-the-art algorithms, robotics and medical expertise to further develop the interface between human and machine and enable new therapeutic approaches.
Overview of All Projects
Innovative medical technology, intelligent robotics and pioneering neuroimplants – the projects based at the center combine cutting-edge research from biology, technology and medicine. More than 70 interdisciplinary projects are working on redefining the interface between brain and technology and creating clinical applications for the society of tomorrow.
