Yu Hu

The paper analyzes whole-brain calcium activity in zebrafish to show scale-invariant neural activity patterns explained by Euclidean Random Matrix theory.

The paper identifies sensorimotor neurons in the zebrafish optic tectum and downstream areas that transform visual stimuli into specific behavioral outputs during hunting, freezing, and escape.

This study shows how chemosensory cues affect eye-body coordination in larval zebrafish, with aversive cues enhancing coordination and food cues promoting forward movement.

This study investigates how larval zebrafish integrate binasal chemosensory inputs to guide avoidance behavior using microfluidics and brainwide imaging.

The paper analyzes the covariance matrix spectrum of randomly connected recurrent neuronal networks to understand connectivity-dynamics relationships and provides theoretical predictions for comparison with experimental data.

The paper analyzes whole-brain neuronal activity in larval zebrafish during visual stimuli and motor output, revealing functional brain nuclei and convergent sensorimotor transformations.

The paper investigates how olfactory receptor neurons encode odorant identity and intensity in Drosophila larvae, finding invariances through shared activation functions and power law distributions.

The paper links network connectivity statistics to spike time statistics in neuronal networks, showing how local connectivity features predict global activity patterns and how plasticity rules can coevolve connectivity and spiking statistics.