Glass entanglement

In quantum physics, quantum entanglement is a phenomenon that occurs when a group of particles is generated in such a way that the quantum state of each individual particle cannot be described independently from the other. The work Glass Entanglement constructs a similar state in which neither its digital nor analog parts could be read individually and where each part could not be described independently from the other. This work consists of the physical separation of the parts of cellular glass volumes from one another and the 3D-printed form interacting with these single objects to form an ecosystem between the glass volumes. The elements are held together by digitally modeled, tendril-like structures, analogous to the biological cell growth when forming multicellular higher-order organisms.