Aaron Dysart is great at art and bad at science, but he loves them both. It's as if one can't exist without the other.
"To me, science is great. I love it. I am a science geek," he said. "I am a crappy scientist because I get fascinated and go on tangents and I am not a precise person. That's not what interests me."
Scientists gather data and distill it into meaningful results. Dysart takes other people's scientific data and transforms it into colors, lights and other optics that people can experience together. But you wouldn't necessarily know that from just looking at his artwork.
Born in Minnetonka and based now in Minneapolis, Dysart has lived in the Twin Cities for most of his life, aside from his college years, when he studied religion and philosophy at the University of Montana in Missoula before returning home and attending grad school at the University of Minnesota.
Currently he is the City Artist of St. Paul, and his work has been seen around town, projected on places both familiar and surprising. Chances are you've come across it — from a collection of glowing rocks that respond to temperature in front of the St. Paul YMCA, to a projection on the decommissioned St. Anthony Lock and Dam, where he created an immersive light experience based on data from handwritten logbooks kept by lockmasters over the past 50 years.
Now he moves his art back indoors for "Passage," an exhibition opening Saturday at the Minneapolis Institute of Art. The show is simple yet scientifically complex, and contains only two pieces.
For "Latitude," he had seven nylon "tube dancers" — the ones often found on the street, used to sell cellphones or used cars — custom-made, and changed the shade of the colors as they flickered and floated around. Each tube is linked to eddy flux towers gathering atmospheric data across the globe, hence the piece's name.
"They don't just measure the amount of carbon dioxide present in the air, they measure the direction of which it is moving," said Dysart. "So scientists can figure out if the land is releasing more CO2 or sequestering it."