YEAR
2021
CLIENT
PROJECT WITH THE SUPPORT OF HET STIMULERINGSFONDS
TYPE OF WORK
BIOMIMICRY, RESEARCH
Microscopic Imitations
Light innovation inspired by nature.
"If nothing on earth absorbed light, the planet would be lifeless and cold."
Learning from Nature to Rethink Light and Color
Microscopic Imitations explores how microscopic organisms manipulate light, through reflection, scattering, refraction, and structural color. This research-driven design project transforms those natural principles into highly efficient and sustainable lighting objects.
Biomimicry in Design and Technology
By mimicking light phenomena found in fish scales, bacteria, and microscopic structures, the project aims to maximize light output using minimal energy. From structural coloring without pigments to controlled light reflection using 3D-printed surfaces, this symbiosis of biology, design, and optics opens new frontiers in lighting innovation.
structural color from bacteria
In collaboration with microbiology company Hoekmine, we are researching the use of bacteria that naturally produce structural color. By applying these to 3D surfaces combined with light, we can generate a wide spectrum of vibrant, pigment-free colors. This ongoing research explores sustainable alternatives to chemical pigments for future lighting and design applications.
reflection
By mimicking the reflective structure of fish scales, and using technologies from Physionary and Luximprint, we achieve highly controlled light reflections. This allows precise light direction and image projection, significantly increasing optical efficiency. The result: a powerful, energy-efficient light object requiring only a minimal light source.
polarization
This project explores polarization microscopy to reveal hidden light spectra within natural nanostructures. By manipulating light through microscopic interference, previously invisible colors become visible. The challenge lies in translating these 2D microscopic effects into large-scale 3D light installations.