Seelig Group

We use optical microscopy techniques, such as two-photon calcium imaging, to understand how neural networks in the brain change over time, from single synapses to entire circuits, and how these changes relate to behavior. Our research focuses on the model organism Drosophila melanogaster where genetically identified, comprehensive neural networks underlying adaptive behaviors can be studied. We interpret […]

Krabbe Group

Internal states, including emotional conditions such as anxiety or stress, as well as physiological need states like hunger or thirst, strongly influence our behaviour. By modulating the contextual perception of external cues that signal potential rewards or threats, emotional and metabolic states can dynamically control the internal valuation system and thereby affect the selection of […]

Kampa Group

How do we decide to turn left or right ? Our brain constantly needs to integrate prior experience with current sensory evidence to decide about our next move. This complex behavior involves many brain regions and also many different strategies. To understand the underlying neural circuits it is therefore important to focus on a well-defined task […]