Chunbo Li

The paper investigates how impaired motor-to-sensory transformation contributes to auditory hallucinations by analyzing EEG data from schizophrenic patients with and without hallucinations.

The paper shows that the intrinsic topographic hierarchy of self, consisting of internal, external, and mental layers, exists during rest and tasks, and converges with dynamic measures.

This study investigates conflict processing in schizophrenia using N2 and frontal midline theta, finding that FMθ, not N2, is impaired in SZ during conflict tasks.

The paper identifies genes associated with dynamic brain network changes and links them to neuroplasticity processes, showing that temporal variability predicts cognitive outcomes.

This paper investigates the role of the parietal memory network in auditory hallucinations using longitudinal data from schizophrenia patients and finds decreased connectivity in this network correlates with hallucination severity and predicts treatment response.

This study examines how spatial smoothing and model order in ICA affect the segregation of the parietal memory network and default mode network in fMRI data.