Lightable emerged from a collaboration with Fabien Dumas during our studies at UdK Berlin and marks the beginning of a remarkable journey across two continents, five countries, and eight cities, thanks to Ingo Maurer, who generously gave us our first opportunity.
What is light? Light is a physical ray or electromagnetic wave generated by a light-emitting object. It travels in straight lines and at a constant speed through homogeneous materials and open space. When interacting with different materials, it can be reflected or distorted at the surfaces where materials meet.
Our primary focus with Lightable was to create objects that inherently emit light, rather than merely illuminating them. We aimed to enable objects themselves to glow without adding traditional lighting features. By leveraging specific physical properties of light and an innovative technical solution, we developed a system that transforms how we experience light.
The technology utilizes “total reflection” to transmit light (LEDs) through a glass surface, which remains invisible to the human eye. When an object capable of transmitting light is placed on the glass, the light emitted from the surface illuminates the object through seamless contact, creating a captivating visual effect.
While Lightable’s current presentation functions as an installation, its potential applications are vast. It could revolutionize shopfront displays, enhancing the visibility of products in high-street retailers, department stores, and flagship stores. In restaurants, pubs, and bars, Lightable could feature glowing tableware and drinks, creating a unique dining experience. Additionally, its use for indirect lighting in interiors or public spaces offers significant possibilities.
Imagine Lightable integrated into contemporary glass architecture, such as the headquarters of Fondation Cartier or the Pyramide du Louvre. The system would create mesmerizing effects with every raindrop and rainfall, transforming these structures into dynamic, light-filled spectacles.
Protected by Patent Nr. 101 12 519.4.
Year 2001
Client Prototype
Material Wood, glass, Leds and water
Size 120 x 70 x 75 cm
Pictures Andreas Velten and Markus Altmann
