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Imagine the cacophony of a conversation in which everyone talks, listens and responds at the same time.

Trained musicians performing together can make a similar set of sensory inputs and brain activity truly resonate. Though a feature of the human experience for thousands of years, interbrain synchronization when playing music is not well understood.

As a member of the��Brain Music Lab, ATLAS PhD student��Thiago Roque has developed novel techniques for studying these nuanced dynamics with the aim to expand our understanding not only of musical performance, but also of human-to-human collaboration and connection more broadly.

In his teens, Roque fell in love with music while beginning to develop his engineering skills. “I always wanted to be an engineer because I wanted to understand how things work, mostly toys and mechanics, electrical stuff,” he said, “but at that point, I also wanted to understand music.”

When he got his first electronic keyboard, he realized, “An electrical engineer designed this to make music, so I realized that I could connect both things.”

After earning BS and MS degrees in electrical engineering at University of Campinas in Brazil, Roque came to study with��Grace Leslie at Georgia Tech, then transferred to �鶹��Ѱ�����Boulder when Leslie—assistant professor of music technology—opened her Brain Music Lab in the ATLAS Institute.

“Thiago has been a really integral part of the Brain Music Lab,” Leslie noted. “A lot of that has to do with his engineering background—it's rare to find graduate students who have the musical sophistication to be working on these projects and can rise to the occasion when it comes to developing custom technology for the research questions that we have.” MORE