Jing Guang

The paper shows that REM sleep suppresses β oscillations in Parkinsonism, allowing rapid movements despite motor impairments during wakefulness.

The paper investigates thalamic bursts during sleep and finds they do not wake the cortex, suggesting a modulatory role of the basal ganglia-thalamus interaction.

The paper introduces an AI framework to simulate and predict mechanisms of consciousness and disorders, validated with neurophysiological data.

The paper examines non-linear input-output relationships in the subthalamic nucleus of Parkinson's patients by analyzing local field potentials and spiking activity.

The paper characterizes cortico-basal ganglia neural activity under different sedation states and compares them to sleep states to inform asleep DBS.