Research at the ESI
If we understand a liver cell, we understand a lot about the liver. If we understand a brain cell, we still miss much about how the brain works. The billions of brain cells influence each other. These mutual influences bring about dynamics that is only defined at the level of the whole system entailing multiple components. These system level dynamics affect neuronal communication in turn. We look at multiple brain areas, circuits or cells simultaneously to understand the principles behind their interactions, and how those ultimately shape our behaviour.
Neuronal synchronization's mechanisms, its consequences and its cognitive functions.
Neuronal processes underlying higher cognitive functions and their deterioration in disease
What are the fundamental principles of wiring in the brain?
How do brains simultaneously encode multiple cognitive processes during natural behaviour?
Electrophysiology and modeling of navigation and vestibular systems.
Mapping of the entorhinal-hippocampal neuronal network using 3D electron microscopy
Neural coding: How does the brain use prediction and timing to encode information?