Full-Time Faculty

Chen-gia Tsai

Chen-gia-TSAI
Chen-gia-TSAI

Chen-gia TSAI

Associate Professor

Qualification: UniversityPh.D., Systematic Musicology, Humboldt University

Research interests: Psychology of Music, Music Acoustics, Xiqu Music, Affective Science

Courses taught: Expressions of Love in Music, Music, Evolution and the Brain, Performances and Exhibitions of Diseases and Disasters, Seminar on Music and Science, Cognitive Psychology of Music

TEL: 02-3366-4691

With research interests are located at the intersection between the natural sciences and the performing arts, Chen-gia Tsai conducts research on the physics of musical instruments and the physiological/emotional responses to Chinese opera and other performing arts, as well as on the cognitive neuroscience of music. One of his book, Alternative Watching/Listening: Brain Diseases and Voice Disorders in Performing Arts, draws together medical and musical sources to make sense of the artistic depictions of disease manifestation in social and historical contexts. On the other hand, Chen-gia Tsai’s recent research considers popular songs in the verse-chorus form to provide a useful model for understanding the neural mechanisms underlying the processing of artificial rewards, because the chorus is usually the most rewarding element of a song. In one of my functional magnetic resonance imaging (fMRI) studies, the stimuli were excerpts of 10 popular songs with a tensioned verse-to-chorus transition. He examined the neural correlates of three phases of reward processing:

(1) reward-anticipation during the verse-to-chorus transition,
(2) reward-gain during the first phrase of the chorus, and
(3) reward-loss during the unexpected noise followed by the verse-to-chorus transition.

The results showed that the bilateral temporoparietal junctions play a key role in reward processing. Moreover, his research observed lateral orbitofrontal activation during reward-anticipation, whereas the medial orbitofrontal cortex was activated during reward-gain. The findings advance our knowledge about the neural correlates of musical tension and the rewarding effect of musical themes.