Yasuhiko Imamura

This study develops a neurofeedback system called C-BMI that uses EEG to create personalized playlists enhancing music-induced chills by integrating song preferences and neural responses.

This study develops a groove brain-music interface (G-BMI) using EEG to create personalized playlists that enhance the urge to move by incorporating real-time neurofeedback.

The paper develops a neurofeedback system called N-BMI to personalize nostalgic music recommendations, enhancing nostalgia, well-being, and memory vividness in young and elderly individuals.

This study introduces gamma music, a 40 Hz auditory stimulus combining music elements, which induces stronger auditory steady-state responses compared to control music.

This study investigates the effects of monaural auditory stimulation combined with music on brain activity and relaxation, finding increased theta band power and MMN amplitude, suggesting a relaxation state similar to sauna-induced 'totonou'.

This study investigates brain activity and mood changes during the 'totonou' state induced by sauna use, finding increased theta/alpha power, altered auditory responses, and improved behavioral performance.