Ecology and economy share the Greek root “ecos”, derived from “oikos”, meaning house or household. A circular economy is a way to preserve our home.

Nature is circular. It creates materials for deconstruction as well as performance.

We push the limits of material design to mimic Nature’s circularity as well as functionality. We build upon our research experience with Nature-inspired materials, e.g., materials that mimic the chemistry of mussels threads, the bio-photonics of cephalopods like octopus or cuttlefish, the mechanical performance of nacre, the mechanical adaptability of Nereis Virens (a sand worm) to support our current research projects and to bring them to the next step: Nature-inspired circular materials.

Can we intrinsically design materials to degrade at the end of life? This will be an enabler of a circular economy.

RESEARCH PROJECTS

CIRCULAR MATERIALS: DESIGN FOR DECONSTRUCTION AS WELL AS PERFORMANCE

BIOINSPIRED MATERIALS: MIMICKING MUSSELS THREADS, NACRE MECHANICS, SANDWORMS ADAPTABILITY

BIO-PHOTONICS: UNDERSTANDING CAMOUFLAGE

COLLABORATORS

Christine Ortiz | Massachusetts Institute of Technology, Station1, USA
Ellan Spero | Massachusetts Institute of Technology, Station1, USA
Jingjie Yeo | Cornell University, USA
Leila Deravi | Northeastern University, USA

SUPPORT

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