Chien‐Te Wu

The paper shows that short oxygen pulses improve creative problem-solving by enhancing idea quality and quantity in two tasks.

This study examines how high-concentration normobaric oxygen affects fMRI signals over time and across brain regions, identifying distinct patterns and network changes.

The paper identifies brain networks predicting novelty and feasibility of creative solutions using resting-state EEG and behavioral assessments.

This study investigates crossmodal predictive coding in the human brain using EEG during an audiovisual oddball paradigm, finding that audiovisual integration occurs at both local and global levels.

The paper investigates MMN subcomponents by analyzing EEG data from an auditory oddball paradigm, finding two distinct subcomponents linked to local and global sequence regularities.