Wang Xiuyi (王秀祎)

Assistant Research Fellow

Research Interests: I investigate the functional differentiation of subnetworks within multiple demand network and default mode network and how their functional differentiation emerges across the brain.

Zhao Wanying (赵婉莹)

Assistant Research Fellow

Research Interests: The Influence of Gestural Actions on Verbal Information and Its Brain Mechanism of Integration; Compensatory Mechanisms of Gestural Actions for Speech Disorders; The Mechanism of Speech Generation and Development under the Theory of Embodied Cognition.

You Siqi (尤思琦)

PostDoc Fellow

Research Interests: Research Interests: My research is dedicated to understanding the therapeutic effects of music and its cognitive neural mechanisms, with a specific focus on how music modulates the multi-system mechanisms of acute stress responses. Utilizing MRI for neuroimaging, physiological multi-channel recording for assessing physiological responses, cortisol analysis for hormonal changes, and music parameter analysis for understanding musical characteristics, I seek to delineate the complex interplay between musical interventions and the body’s stress-regulating systems.

Jiang Xintong (姜欣桐)

PostDoc Fellow

Research Interests: My principal research interest is centered around the electrophysiological, neuroimaging, and neurometabolic mechanisms underlying music reward processing. At present, I predominantly employ multi-channel physiology, EEG, fMRI, and fMRS techniques to explore the reward system, autonomic nervous responses, and neurotransmitter metabolic mechanisms that are triggered by the chilling music. Moreover, I also direct my attention to the neural mechanism of music reward prediction error encoded by dopamine.

Chen Hou (陈后)

Lab Manager

Wu Guowei (吴国伟)

PhD Student

Research Interests: My research focuses on uncovering the organizational frameworks and segmentation nuances of language functional brain networks, alongside investigating the intricate process of cross-modal semantic alignment among multimodal objects.

Lyu Baihan (吕柏翰)

PhD Student

Research Interests: My research primarily focuses on the predictive coding mechanisms underlying speech comprehension. I integrate multiple neuroimaging techniques (fMRI and MEG) and state-of-the-art language models, to examine how top-down predictions interact with bottom-up sensory input.

Yang Jiawang (杨嘉望)

PhD Student

Research Interests:I primarily investigate audiovisual integration mechanisms using various psychophysical methods (i.e., EEG, MEG) and information theoretical approaches. There is significant heterogeneity in audiovisual integration, influenced by factors such as attention, semantic state, and the type of visual stimuli (e.g., gestures or lip movements). My aim is to elucidate these complex integration processes and develop a novel brain-inspired model that simulates audiovisual integration.

Hua Shan (华山)

PhD Student

Research Interests: my research interest mainly focus on using MEG/EEG, eyemovement recoding to explore the musical rhythmic perception, including hierarchical rhythmic structure in music, sensorimotor synchronization during listening and pleasurable feelings induced by rhythm.

Wu Danni (吴丹妮)

PhD Student

Research Interests: My research primarily focuses on the neural mechanisms underlying musical structure processing, with particular emphasis on musical segmentation and predictive mechanisms during music listening. I aim to investigate these processes using EEG/MEG and eye-movement recording.

Zhu Jinyao (朱瑾瑶)

PhD Student

My research focuses on the neural mechanisms of audiovisual speech perception and consciousness. I use EEG/MEG and multimodal neuroimaging approaches to investigate how awareness and attention shape sensory integration and perceptual experience.

Wang Longge (王泷歌)

PhD Student

My research focuses on using eye-movement recordings and computational language models to investigate predictive processing during naturalistic language comprehension, including how linguistic expectations at different levels are reflected in microsaccades, continuous gaze dynamics, and pupil-linked cognitive responses during listening.

Lin Guojun (林国俊)

PhD Student

My research investigates the neural mechanisms of speech comprehension and predictive coding using fMRI. I focus on how functional connectivity edges and BOLD signals differentially contribute to predictive processes during naturalistic story listening.

Li Zhouyi (李周一)

Master Student

My research centers on multimodal semantic integration, where both psychophysical and information-theoretic metrics are employed to investigate the structures of the human mental model.

Wang Yue (王悦)

Master Student

My research focuses on language comprehension and predictive processing. Using neuroimaging techniques such as fMRI and MEG, together with computational models, I investigate how the brain represents and integrates information during naturalistic language understanding.

Fu Junqiang (付俊强)

Master Student

My research interests focus on multimodal neurophysiological approaches, including EEG/ERP and peripheral physiological measures, to study music processing and reward, neuromodulation, and cognitive control in deception-related contexts.