Nabil Imam

The paper shows that the tradeoff between neocortex and limbic system volume is concentrated at deep evolutionary divergences in mammals.

This study shows that brain rhythms act as priors for speech recognition by aligning with speech's temporal structure, improving performance in coupled oscillator networks.

This study develops a growth model of the macaque visual cortex to show how geometric constraints shape higher-order retinotopic maps without explicit topographic specifications.

The paper identifies a computational duality in mammalian brain evolution through inverse covariation between spatiotopic and disordered system components.

The paper develops a network growth model to explore how secondary cortical areas form from activity patterns in V1, finding that activity-driven wiring and density limits generate mirror-reversed topography and reduced resolution.