Eva A. Naumann

The paper shows that gut distension and nutrient signals are encoded differently in larval zebrafish neural circuits, with distinct temporal dynamics emerging early in development.

The paper develops simZFish, a neuromechanical simulation of zebrafish optomotor behavior, to study how embodiment shapes neural circuits and behavior through simulations, imaging, and robotic testing.

This study compares visuomotor strategies in zebrafish and Danionella cerebrum, revealing shared neural circuit motifs and species-specific behavioral patterns during visually guided locomotion.

improv enables real-time adaptive neuroscience experiments by integrating modeling, data collection, and analysis across organisms and data types.