Sriram Narayanan

The paper introduces an open-source VR platform for head-fixed adult zebrafish to study behavior and neuronal activity in controlled virtual environments.

The paper investigates spatial representations in the dorsal pallium of adult zebrafish, showing neurons encode environmental space with landmark associations and internal predictive models.

This study shows that synaptic pruning in zebrafish cerebellum sharpens neural representations and improves predictive motor control by reducing convergence of differently tuned inputs.

The paper shows that high synchrony among Purkinje cells in zebrafish suppresses and entrains eurydendroid cell firing, influencing cerebellar output and motor behavior.

This study shows that Purkinje cells in larval zebrafish use expectation and error signals to update internal models of optic flow stimuli, leading to faster behavioral responses.