A sphere is not defined by strict geometric rules, but rather by a system of random transformations.

First, the sphere is covered with different shades of gray, varying across a spectrum from black to white. These shades act like a kind of "force" that pulls on the surface of the sphere, stretching or compressing it depending on the brightness of each point. As a result, the sphere loses its original form and transforms into an organic, irregularly deformed structure.

In the next step, this variation of gray tones is projected onto the surface, as if a network of parallel lines were laid over it. Each of these lines is randomly assigned a gray tone, creating a new, random surface. Despite the apparent randomness, however, this surface follows an internal principle that connects the deformation and the gray tones.

The project explores how chance and order can interact by creating a structure that relies on random elements while simultaneously following an invisible, internal set of rules. It is about investigating the tension between chaos and order and demonstrating how random elements can still form a coherent system.