Fluid Motions: A Conversation between Art and Physics
From the swirling forms in Ansel Adams’s Water and Foam to the amorphous shapes in Brett Weston’s Untitled (Clouds) and the delicate ridges in Henry Troup’s Wind, Water and Sand series, the abstract patterns on view speak to the infinite possible arrangements found in nature. The idea for the installation Fluid Motions grew out of a conversation I had with graduate students from the Princeton Plasma Physics Laboratory. Although our different disciplines initially led us to varying interpretations of these works, we quickly found common ground in our admiration of the symmetries and movements we observed. Carefully captured and presented at a standstill for the viewer, the sand striations, liquids, cloud formations, and snowflakes are ephemeral patterns produced by different forces. Each work reveals one distinct configuration, while subtly calling to mind other possibilities that could have been. As the engineer and photographer Harold Edgerton noted of his Milk Drop Coronet, “there is no such thing as . . . a complete study of a phenomenon.”
Veronica White - Curatorial Assistant for Academic Programs
Waves are ubiquitous in nature, especially in fluids. The laws that govern their interactions are simple to state and yet lead to a variety of intricate and beautiful fluid motions. This complex behavior can range from the formation of striking patterns, such as the crown-shaped shock wave produced by dropping milk into cranberry juice, to the raging whirling of a crashing river. At times, turbulence and patterns can intermingle, with chaotic flows weaving themselves through larger-scale structures. Even small-scale turbulence can cause a cloud’s shape to evolve, while the stirring produced by this evolution feeds the turbulence with energy.
Joshua Burby, Graduate School Class of 2015, postdoctoral fellow, New York University
Vinicius Njaim Duarte, Ph.D. candidate, Princeton Plasma Physics Laboratory
Jonathan Squire, Graduate School Class of 2015, postdoctoral fellow, California Institute of Technology
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