Petal Effect

In surface physics, the petal effect describes a phenomenon observed on the surface of a rose petal. Water droplets form nearly perfect spheres, yet they do not roll away. They remain suspended on the petal’s microscopic structures, simultaneously repelled and held. Stable, yet always on the verge of release.

This project borrows the phenomenon as a metaphor for the photographic image. Photography as a medium possess two distinct yet related qualities: it is both a surface of the world and a slice of time. It transforms the three-dimensional world into a plane, where depth collapses into surface. It also cuts a moment from the flow of events, isolating a fragment of continuous time and briefly holding it in suspension.

Modern world increasingly functions as an image to be possessed, circulated, and remembered. I focus on moments when the world itself becomes a surface and then an image. In this work, I attend to surfaces where time transitions and accumulates, where traces of different moments converge. A fallen petal drifts across the reflection of the branch it once belonged to; ripples disturb an image that seems to belong to another reality.  On these surfaces, time, once perceived as linear, appears layered. 

Like a droplet resting on a petal, the photographic moment exists in a delicate balance: a fragment of time held on the surface of the world, stable enough to appear fixed, yet always on the verge of dispersing.