Florian Alexander Dehmelt

The paper compares saccadic suppression strength between macaques and zebrafish, showing it reflects differences in sensory and motor noise levels and computational resource allocation.

This study shows saccadic suppression in zebrafish enhances the salience of ecologically relevant stimuli in the optic tectum by integrating visual and motor signals.

The paper explains how spiking neural networks maintain robustness through low-dimensional representations and bounding box integrity under parameter changes.

The paper measures optokinetic response gain in zebrafish larvae across their visual field using a spherical LED arena and finds anisotropic responses consistent with retinal photoreceptor densities.