Dan‐Eric Nilsson

The paper proposes a median eye origin for the vertebrate retina, explaining its unique circuitry through evolutionary repurposing of preexisting photoreceptor circuits.

This study shows that the sea urchin Paracentrotus lividus can orient to visual stimuli with coarse spatial resolution, using a model adapted from another species to predict its angular sensitivity.

The paper presents a model of decentralized vision in sea urchins that explains how light is processed to produce oriented movement.

This study shows larval zebrafish use anisotropic retinal circuits to process color asymmetrically across visual space, matching natural scene statistics.