Cheol Soh

This study investigates how the fronto-subthalamic circuit implements selective response inhibition in humans using intracranial recordings and a novel task.

This study investigates action-stopping by analyzing inhibitory control and attentional capture using stop-signal tasks and neuroimaging techniques, finding early and late inhibitory signatures that support a two-stage model.

Unexpected sounds suppress visual stimulus representations in an attentional task, revealing a role for inhibitory control mechanisms in attentional disruption.

The paper investigates the relationship between stop-signal P3 ERP features and inhibitory GABAa activity in primary motor cortex using individual differences analysis.