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Illuminating The Intersection Of Art, Science And Technology

An ambitious new exhibition at San Diego Art Institute paired local artists with cutting-edge research scientists to create revelatory works of art

A close up of

Photo by Bhavna Mehta

Above: A close up of "Fault Lines," a new installation by Bhavna Mehta at San Diego Art Institute.

Decades of scientific progress will converge with the work of dozens of San Diego artists in a major new group show, "Illumination," at San Diego Art Institute (SDAI) in Balboa Park.

One component of the exhibition paired 16 San Diego artists with local scientists studying in a field of interest to the artist. Scientists like Zbigniew Mikulski from the La Jolla Institute of Immunology, Lu-Lin Jiang from Sanford Burnham Prebys Medical Discovery Institute, Krishna Vadodaria from the Salk Institute, Ben Frable from Scripps Institute of Oceanography and more.

The artists spent time in the lab with their matched scientists, furthering their knowledge of a particular research project and developing a piece of work that reflected the science itself, the interactions with the research or researchers or anything that sprung from the collaboration.

When curator Chi Essary asked San Diego-based paper artist and sculptor Bhavna Mehta to participate and to pitch a topic she'd like to work with, Mehta took a gamble: Pitch something too specific. Mehta, who was stricken with polio as a child, selected contagious diseases of the spinal cord, assuming that the idea was too narrow, and it would be unlikely that the project would find a willing scientist for a pairing. It was a last-ditch effort of steering her work away from something she hadn't yet tackled as an artist: her own spine.

"It was a true dread," she said about making art about her own body. "It's not that I've been avoiding it, it's just that I haven't found the language to do it."

Photo by Devanshi Mehta

Artist Bhavna Mehta is pictured with her new installation, "Fault Lines," at SDAI.

Essary, however, delivered. Mehta visited Dr. Samuel Pfaff at the Salk Institute's Gene Expression Laboratory, which specifically studies motor neurons and diseases of the spinal cord. "I have a real deep personal connection with the Salk Institute," Mehta said. Researchers from the lab also visited Mehta's studio to learn more about her work.

One revelation for Mehta throughout the process was the fundamental intersections of art and science: the value of questions and the pursuit of the unexpected.

"I don't make a lot of art expecting something, because I think you're always disappointed," she said, and felt similarity with the scientists. "You're willing to be surprised by what you find."

Mehta's piece, a massive installation called "Fault Lines," uses hundreds of small paper cut forms and pins to create a cross section of her spinal cord.

The spinal cord is like a superhighway of activity and information, with motor neurons sending messages through the entire body and controlling activity, sensation and what Mehta described as "the involuntary dance of organs." These elements are represented by gray, white, yellow, vivid orange and purple shapes, pinned directly to the wall in 3-dimensional relief. These are the specific tiny things that polio ravages, blown up to 200 times their size.

"It's always going to be painful for me," Mehta said, about the process of creating this piece and understanding her own history. "But the purpose of art is not to show but to discover."

Photo by Bhavna Mehta

A close up of the color key for "Fault Lines."

Another impactful pairing in the project was that of scientists Zbigniew Mikulski ("Dr. Z") and Dr. Sara McArdle with filmmaker Cy Kuckenbaker.

"It was very much like giving a little kid a video game joystick for the first time," Kuckenbaker said. With access to one of the La Jolla Institute of Immunology's microscopes over the course of three extended visits to the lab, he began to understand the magnitude of the information stored in each cell in the human body.

Kuckenbaker's project includes a video installation, but strikingly, he also printed out all of the data included in a single chromosome, one of the smallest: chromosome 22. "It took five days to print," he said.

Each page is a combination of base pairs represented by the letters GCAT in sequences for 10,000 pages, or 5,000 sheets of paper. That's just for one chromosome. Each cell contains a whopping 46 of these chromosomes including the copies, and the human body contains trillions of cells. For Kuckenbacker, creating a tangible work of art from these quantifiable but astronomic facts is a way of understanding — and relating — something unfathomable.

The pages are bound into a book that, when set on the floor, reaches about knee height. For Kuckenbaker, it shows the "extraordinary efficiency in nature."

Photo by Andreas Tagger

"Shining Palimpsest," is a neon sculpture by Young Joon Kwak.

To round out the show, SDAI invited 10 more local artists to show pieces. These artists all routinely create work that deals with technology, climate, global health or other scientifically relevant themes, including Yasmine Kasem, and Los Angeles-based Young Joon Kwak, who created a bright pink twisted neon sculpture for the exhibition.

The exhibition opens Saturday, Feb. 8 with an opening reception, and runs through May 3 at SDAI in Balboa Park. Admission is free to San Diego Art Institute for the entirety of 2020.

Correction: An earlier version of this story incorrectly identified base pairs. The story has been updated to reflect the change.

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Julia Dixon Evans
Arts Calendar Editor and Producer

opening quote marksclosing quote marksI write the weekly KPBS Arts newsletter and edit and produce the KPBS Arts calendar. I am interested in getting San Diegans engaged with the diversity of art and culture made by the creative people who live here.

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