I am seeking to understand how value and social memories are encoded in neuronal circuits and how individual differences arising from prior experience and genetics shape these neuronal functions and behavior.

I am interested in naturalistic social behavior and how it emerges along the postnatal trajectory.

My interest is to discover how neuronal circuits build a model of value, reward, and predictions and how these models are updated across learning.

I am an electrophysiologist and pharmacologist interested in the neuronal mechanisms of prefrontal association and social learning.

I am developing new behavioral paradigms with ecological longitudinal designs for better translatability.

I am to further develop the NoSeMaze to better disentangle social behaviors and how they shape cognitive resilience.

My goal is to identify behavioral sequences in self-paced social behaviors.

My goal is to understnad the non-linear dynamics of social group behavior. I therefore develop novel tools to capture these dyanmics and the organizational principles of these small societies.

I combine longitudinal mouse colony assessment with intermittent task-based fMRI and genetic interventions to understand neuronal mechanisms that convey the formation of individual behavioral phenotypes.

My research focuses on the full development of awake mouse fMRI. This work shall contribute to a better understanding of the networks critically involved in stress-related responses. Here I investigate the interaction of natural social behaviors with individual response traits.

My goal is to understand how expectations are formed and corrected through neuronal computations in distributed circuits.

I am developing new tools and approaches to better understand cognitive flexibility and value assignment in complex behaviors. Specifically, I am interested in how interregional networks are coordinated dynamically to generate plasticity and new memories.

I am interested in the dynamics of complex social interactions and the development of non-invasive sensor-rich mouse habitats

I examine how social information is encoded in distributed brain circuits. I aim to generate an olfactory systems model of social identity and value presentations.

I am investigating social and reward memory formations. My goal is to understand better how distributed circuits encode value information.

Senior Physician and Group leader, CIMH, Heidelberg University

Senior Data Scientist, Roche

P.I., Nathan Kline Institute, NYU

Fellow, Salk Institute

Professor in Neurology, Wuhan U

Fellow, Sainsbury Wellcome Centre, UCL

PostDoc, Childrens Hospital, Philadelphia

Assistant Professor, Scuola Superiore Sant'Anna, Pisa

Business Intelligence Developer, Berlin

Assistant Professor, LMU, Munich

Senior Physician and Group leader, Dept. of Psychosomatics, Heidelberg University

Resident in Neuroradiology, UKE, Hamburg