Yuanyuan Dang

This study shows that intrinsic thalamic fluctuations before stimulus onset modulate conscious perception by compensating for stimulus strength and enabling efficient information processing.

This study identifies distinct functional roles of human amygdala subregions in fearful-expression recognition through intracranial EEG and stimulation, revealing bidirectional interactions and a temporal hierarchy.

The paper identifies a unified central thalamus mechanism that explains diverse recovery outcomes in disorders of consciousness using electrophysiological data and machine learning.

The paper uses intracranial recordings to show that visual awareness-related neural activity has two distinct temporal components, with the lateral prefrontal cortex linking them.

This study shows that intralaminar and medial thalamic nuclei, not the prefrontal cortex, transiently gate conscious perception through thalamocortical synchronization and theta phase modulation.

This study investigates the role of the human prefrontal cortex in visual awareness by analyzing neural activity and connectivity during awareness tasks.