May liked hearing about Lehmann’s investigations and was amazed to learn that when subatomic particles smash together, they break apart in predictable patterns and colors. By looking at May’s art, he was able to see what she understood from his explanations about his scientific work. Lehmann soon saw that art was an effective way to communicate. May decided to create art pieces that reflected the crossover between those two areas. He showed her both images taken from observational astronomy with telescopes and images from particle colliders. One thing he examines is the way particle physics (the very small) is related to cosmology (the very large). “What I do all day is think about what it could be or not be and test the idea.” Eighty percent of the universe is made of something invisible called dark matter and scientists have no idea what it is. Lehmann began by talking to May about his work studying what the universe is made of. “I had fun playing around a bit,” he said. He liked experimenting with fabric a bit even though his ideas didn’t make it into the final piece. “I have no experience with art and I never thought of myself as an artistic person.” “This is a completely new experience for me,” he said. Physics doctoral student Benjamin Lehmann, 25, enjoyed getting to try out his artistic side with his partnership with quilt artist Ann Baldwin May He spent about 40 hours creating a piece filled with intricate patterns created with acrylics and pigment ink that were inspired by the atomic-level images he saw. Science isn’t just intended to benefit scientists.”Īfter that first dialogue, Bost went back to his studio and began working on the creation for the show. “The hardest thing to do is to distill it down to something presentable through a different medium or a different audience. “A lot of times we fall back on technical language to be able to communicate complicated concepts,” he said. Davenport thinks scientists spend too much time in their own world. “You feel like you’re getting in touch with some strange divine formula.”įor his part, Davenport said he enjoyed the opportunity to translate his ideas into ordinary language and not just get mired in technical jargon. “It’s so advanced you feel like you’re talking to a messenger of some god,” Bost said. It’s almost science fiction.”īost was honored to get a chance to see a world he has no experience with and enthralled by Davenport’s explanation of his work. “It was like I can’t believe I’m seeing a pocket dimension. “You could actually see the spaces in between atoms,” said Bost. The young scientist showed Bost the instruments he uses to explore really thin crystals at the lab and how it is possible to see what the crystals look like on an atomic scale. Last fall, Bailey organized another science-art collaboration with the show Motors Surround Us, a piece of art created from simple electric motors made by introductory physics students.īryson Bost, an artist who creates intricate patterns using acrylics and pigment inks, was linked up with physics doctoral student Johnny Davenport. Blitzer Gallery in Santa Cruz and is meant to help people to access and engage with physics through art and to think about the role physics plays in the world. A new exhibit reveals what happens when artists visit labs to hear physicists explain their work.Ĭonceived by UC Santa Cruz physics lecturer Stephanie Bailey, The Fusion of Art and Physics features work created by 17 pairs of artists and physics graduate students.
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