E=ART²
It all started with a question… how does something we cannot see look?
We constantly exist within physical processes. Gravity holds us to the surface. Friction slows motion. Energy changes form. Heat transfers from one body to another. We do not notice these processes—yet they are what shape the world around us.
Actually, physics is everywhere—it just isn’t usually a direct subject of art.
Don’t print the formula on the t-shirt. Use the principle of the law itself as a design tool.
If it is gravity—the object must feel like attraction. If it is energy—it must transform. If it is pressure—the form must compress and expand. If it is entropy—the structure can gradually transition from order to chaos.
(conceptual idea)
Perhaps we too are carrion birds, But the earth will not yield further to birds. Those who can live outside cages are glad, but Growing entropy is terrifying to any particle.
E=ART² — energy transformed into art.
Making invisible processes tangible through design.
Connecting scientific thinking, contemporary art, and material culture.
Collectibles
Every subject is built around a physical phenomenon. Form, material, construction, and human interaction are governed by a chosen law. Physics becomes a design system.
conceptual AI visualization of a vase that illustrates Archimedes' Principle (a buoyant force acts on a body submerged in a liquid or gas, and this force is equal to the weight of the fluid or gas displaced by the body).
for those who purchase not an object, but an idea they can take with them.
E=ART² exists at the intersection of: contemporary art collectible design experimental fashion digital culture
This is for the individual who values: idea, scarcity, material, object history, and authorial stance.
DESIGN GENERATED BY SCIENCE.
Formulas, graphs, and scientific symbols are not the primary visual code here. A physical law becomes a design methodology. The form of an object is born from the action of a force. Materials are chosen based on their physical properties. The structure responds to movement, pressure, temperature, gravity, or changes in state.
