Sarah F. Beul

The paper shows that laminar patterns of cortico-cortical projections in the immature macaque cortex follow an architectonic type principle, correlating with cortical differentiation and remaining stable despite visual input loss.

The paper investigates how neuron density relates to structural connectivity and architectonic features in the primate cerebral cortex, finding neuron density to be the strongest predictor of connectivity patterns.

This paper uses computational simulations to show that spatiotemporal growth patterns and architectural differentiation during cortical development can explain observed cortico-cortical connectivity patterns in two species.