Brain Waves of Musicians

Brain Waves of Musicians

The brain waves of two musicians can synchronize when performing together.

share Share

The voices that rise in unison to carry a song into your heart also synchronize the heart rates of the singers.

That's one of the findings of an unusual study published in the latest issue of the journal Frontiers in Neuroscience.

Bjorn Vickhoff, a professional singer and songwriter who's now a neuroscientist at the University of Gothenburg in Sweden, has long been interested in the effect of music on the human body, according to CNN.

So Vickhoff and his colleagues monitored the heart rates of 15 high-school choir members while they performed a variety of choral works. The research revealed that as the choir members sang in unison, their pulse rates sped up and slowed down at the same rate.

And the more structured the choral piece was, the more synchronous the singers' heart rates were. Vickhoff attributes much of that phenomenon to the effect of breathing on heart rate.

"When you exhale, you activate the vagus nerve, we think, that goes from the brain stem to the heart," Vickhoff told BBC. "And when that is activated the heart beats slower."

Other research has found that musicians performing together have synchronized brain waves. In a study published in 2012, researchers at the Max Planck Institute for Human Development in Berlin recorded the brain waves of 16 pairs of guitarists while they played a duet. In each pair of guitarists, the two musicians showed coordinated brain oscillations — or matching rhythms of neural activity — in regions of the brain associated with social cognition and music production.

Oxygen Deprivation

Lack of oxygen in the brain for 5 to 10 minutes results in permanent brain damage.

Read More
Development of Brain

Your brain keeps developing until your late 40s.

Read More
Brain Connections

New brain connections are created every time you form a memory.

Read More
Brain's Oxygen Usage

Your brain uses 20% of the total oxygen and blood in your body.

Read More