Wanshun Wen

The paper shows that temporal uncertainty and task engagement influence predictive updating in auditory streams, revealing an endogenous change-like EEG response without physical stimulus change.

The paper shows that auditory sensitivity to sound changes is gated by temporal boundaries, with sensitivity peaking mid-sound and dropping near onset and offset.

This study identifies echo-facilitated temporal sensitivity (EFTS) as a mechanism where echoes enhance the auditory system's ability to detect rapid temporal changes in sound.

This study shows that walking in humans reduces sensitivity to fine auditory temporal changes but preserves some auditory responses, revealing how locomotion modulates auditory processing.

This study reveals the Inferior Colliculus's role in sensory prediction, reward prediction, and decision-making through neural activity analysis in monkeys.

This study investigates temporal integration in the human auditory system using EEG and finds that regular transitional click trains elicit distinct neural responses compared to irregular ones, with clinical implications for coma diagnosis.