Haleigh N Mulholland

The paper shows that cortical networks preferentially amplify inputs aligned with endogenous recurrent subnetworks, enhancing response reliability and spatiotemporal stability.

This study examines the developmental changes in modular functional networks across different cortical areas in ferrets, finding conserved patterns of network organization that persist into maturity.

The paper investigates how immature cortical networks self-organize into modular activity patterns through local synaptic interactions, showing that input drive and network structure dynamically shape activity organization.

The paper shows that inhibitory networks in the early ferret visual cortex are highly organized and co-aligned with excitatory networks before visual experience.