Pengfei Xu

This study investigates how trait anxiety affects reciprocity behavior using a trust game, computational modeling, eye-tracking, and ERPs, finding distinct impacts on core and peripheral factors.

The paper investigates how fear affects adaptation to environmental volatility using computational modeling and neuroimaging, finding that fear suppresses adaptive learning in volatile environments.

This study identifies a glutamatergic pathway from VGluT3DRN to DAVTA that modulates neuropathic pain and depression-like behavior through DA release in the NAcMed.

This study identifies an inhibitory circuit between the thalamic reticular nucleus and lateral habenula that modulates depressive-like behaviors in chronic stress and pain.

The paper investigates resting-state brain network organization using intracranial EEG, finding distinct connectivity patterns in key networks.

The paper investigates the temporal dynamics of emotion-cognition integration using EEG, finding distinct theta and alpha oscillation patterns for emotion processing, cognitive processing, and their integration.

The paper investigates how environmental volatility affects learning and brain organization, finding asymmetric behavioral and neural adaptations when transitioning from volatile to stable environments.

This paper uses connectome-based predictive modeling to predict individual anxiety levels from resting-state functional connectivity data in healthy participants, identifying key brain regions and their connectivity patterns.