What happens when the precision of the digital world meets the raw intelligence of the natural one?
A Biological Render: Where data becomes living matterNassetti x Rootfull blend high-tech computational design with slow-tech biological growth.
"While our initial collection drew inspiration from the organic branching of coral reefs, the underlying technology is entirely agnostic to form. Because the templates are generated through custom algorithms, we can translate almost any visual language into a growth path for the roots. Whether it’s a geometric pattern, the map of a specific city or a line of poetry we can write the code that tells the roots exactly where to grow."
- Filippo Nassetti
A Biological Render
This research focuses on the integration of computational design with biomimicry, where generative software simulates complex, recursive patterns found in coral. Custom algorithms translate the digital code into a single 3D print, which is then duplicated multiple times in beeswax. The templates act as the spatial roadmap for wheatgrass roots to grow onto. They sense the wax barriers through thigmotropism (a plant’s natural tendency to change direction in response to obstacles), forcing them to "render" the digital design into a tangible, woven textile.
This method allows for "programmable" root growth that challenges the boundaries of traditional textile manufacturing. By replacing hydrocarbons with biological networks, the work addresses the urgent need for regenerative materials in fashion and architecture.
With thanks to Filippo Nassetti
supported by QEST
