Flight of Symmetry
A light sculpture inspired by the bilateral symmetry of the Eastern Pondhawk dragonfly.
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problem
The challenge was to capture the complex, agile flight mechanics of the Eastern Pondhawk dragonfly using only static, rigid materials like wood and cloth. I needed to imply biological motion and the insect's ability to move its wings independently without utilizing actual mechanics or motors.
solution
I abstracted the dragonfly’s wing geometry into layered components, creating a deliberate contrast in scale between the upper and lower halves to suggest a range of independent motion. By incorporating light as an active material, the sculpture casts dynamic shadows that simulate movement and enhance the interplay of balance, transforming a stationary object into a study of biological engineering.
Flight of Symmetry is informed by the bilateral symmetry of the Eastern Pondhawk dragonfly, with its form abstracted from the geometry of the insect’s wings. The composition reflects the dragonfly’s ability to move its front and hind wings independently, represented through layered elements that suggest a range of motion. A contrast in scale between the upper and lower halves mirrors the natural size difference between the front and hind wings. Light is used to emphasize these formal qualities, casting shadows that enhance the interplay between balance and movement.
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see also
