Stuart P. Wilson

The paper shows that pattern formation in adjacent tessellated domains can be correlated through geometry, without direct communication, and validates this with biological examples.

This paper introduces an agent-based model of retinotectal axon projection using gradient following and receptor-ligand interactions to replicate experimental results without competition.

The paper compares gene expression patterns in the cortex across species using new algorithms, finding varying conservation levels in different brain regions.

The paper simulates how whisker maps in rats and mice self-organize through gene expression gradients and local cell interactions.