Xiangbin Teng

The paper examines how auditory tracking changes during wakefulness and propofol anesthesia by analyzing response magnitude, temporal alignment, and anatomical distribution using sEEG data.

The paper investigates the role of consciousness in binding basic sensory features using sEEG recordings in awake and anesthetized states, finding that consciousness is necessary for feature binding but not for encoding individual attributes.

The paper shows that eye blinks synchronize with musical beats in non-musicians, linking this behavior to neural and white matter mechanisms.

The paper investigates how the brain and recurrent neural networks anticipate sequential temporal moments by analyzing neural power modulation and its relationship with task performance.

The paper shows that eye blinks synchronize with musical beats in non-musicians, revealing a new form of auditory-motor synchronization.

The paper investigates neural mechanisms for musical phrase segmentation and prediction, identifying a low-frequency component and phase precession that support structural processing of music.

The paper investigates how the human auditory system encodes acoustic dynamics across different timescales using theta and gamma bands, finding that both bands encode information across all timescales with comparable capacity.

This study shows that temporal fine structure (TFS) provides critical cues for speech segmentation, complementing the speech envelope (SE) in temporal information extraction.