Helen Barbas

The paper shows that cortical circuit principles predict the progression of tauopathy in CTE by aligning p-tau pathology with laminar connection patterns in human brains.

The paper develops a primate-specific computational model of thalamocortical circuits to simulate sleep spindles and investigates how core and matrix connectivity ratios affect spindle dynamics.

The paper introduces a computational method to identify a cortical spectrum in rhesus macaques using histological and MRI data, showing it is robust across methods.

The paper uses computational simulations to show that moderate amygdala input enhances memory detail in CA3, while high input suppresses detail and causes overgeneralization in CA1.