A lunch-and-learn event co-sponsored by NIEHS and The Research Triangle Foundation offered insight into how music and the brain interact, and live jazz improvisation. This post was written by John Yewell and originally published here.
Can science can tell us why we create music and how the art form might improve our health? Those questions — and live jazz improvisation — entertained a packed crowd at Music and Science. The lunchtime event was hosted by NIEHS and the Research Triangle Foundation (RTF), Feb. 18.
“I love talking about what we’re doing, especially with this audience. People seem to care,” said Brown, right, with accompanist Van Sant.
Mooney’s lab studies the neurobiology of hearing and communication, with special emphasis on the neural mechanisms of vocal learning, production, and perception.
Our musical makeup
After brief introductions by Linda Rozet, a senior director at RTF who helped coordinate the event, and NIEHS Acting Director Rick Woychik, Ph.D., the program began with a jazz set by Brown and guitar accompanist Kevin Van Sant. Although the discussion that followed touched mostly on music’s mysteries and appeal, there was some hard science.
Mooney, a classically-trained guitarist, described the connectivity of the brain and the ear as a closed loop — known as a recurrent network. The inner ear’s cochlea does more than just deliver sound. The brain, cochlea, and internal chemistry work together to influence how we hear, from assisting active listening to amplifying sound.
Musicality in speech is essential to communication. “There are people who have lesions in the right frontal cortex who lose a kind of musicality, making their speech very hard to understand,” said Mooney. “Without emotional inflection and content, speech becomes almost incomprehensible.”
“It was my love of music that led me to neurobiology,” said Mooney.
Running to the beat
Woychik asked about how the brain helps us exercise better when we listen to music synchronized to our activity.
“This issue of synchronization is really key to how music affects us. But I suspect the reason is entrainment,” said Mooney. “Still, chemistry is involved.” Entrainment is the biological phenomenon in which humans react in time to rhythm, whether through music, dance, or even exercise.
Discussing improvisation, Brown and Van Sant both, in different ways, described it as an intuitive process that requires musicians to listen intently and be sensitive to minor changes in tempo and mood.
Connecting art, innovation, and science
Event planners were excited about the turnout and enthusiasm. “It seemed like a good format — we sold out in 24 hours,” said Laura Thomas, Ph.D., a scientific review officer in the NIEHS Division of Extramural Research and Training who helped plan the event. “And we were really stunned by the great chemistry in the room.”
“I thought today was absolutely fantastic,” added Rozet. “It helped me reach one of my goals, which is to raise awareness of the role the arts play in innovation and science.”
“People often say there’s a connection between music and science that we don’t really understand,” said Brown. “Well, this is as tangible as it gets, breaking down how our brains respond to music, trying to put a finger on this connection.”
The lunch-and-learn format represented a change from Music and Your Health, NIEHS’s all-day event in 2018.
“We’re thinking of making this into a twice-a-year music and health lunch series,” said Ericka Reid, Ph.D., director of the NIEHS Office of Science Education and Diversity, which also assisted in the event planning.