Demand for conductive metal has increased as the world shifts to wind energy and electric cars. But mining copper brings its environmental hazards. As Polygonum microcephalum roots can absorb copper in the soil, it began to explore how to improve the absorption efficiency. It applied cybernetics to the project and designed a root regulator to control the density and direction of plant roots, hoping to help make breakthroughs in plant management. It use an installation to portray copper pollution control, hoping to arouse the world’s awareness of environmental protection.
It is a magnified display of soil layers. The 3D-printed regulator is set into roots, and the robotic arm monitors the copper content of the soil.
The brass-colored light represents the role of a robotic arm and regulator that constantly monitors copper-contaminated soil blocks.