Designers are creating innovative lighting solutions that interact with the environment by harnessing bioluminescence and integrating living materials. Some projects display the magic of bacteria, while others, like Élise Fouin and Danielle Trofe, co-design with living organisms like silkworms and mycelium. Mycelium, the root network of fungi, is a promising material for lighting technology due to its ability to grow and adapt to different shapes and structures. Isabel Brouwers’ LUMNES lamp collection features blown glass pieces that incorporate a unique design for each piece and an oxygen sensor that adjusts the light intensity based on surrounding oxygen levels. The double-layer structure allows oxygen to enter and activate internal luminescence, creating a dynamic viewing experience with adjustable brightness. These designs aim to reduce energy consumption during production and provide a more sustainable approach to lighting.
Unlocking the potential of living materials: biomaterials revolutionize lighting design
