With applications ranging from medicine to space robots, biomimicry is behind inventions that range from the simple or elegant to the futuristic or sci-fi. ASU’s Biomimicry Center, which was founded ...

Leaf-inspired aquabot with programmable propulsion and sensing. A bio-inspired S-aquabot integrates flexible hybrid electronics, vein-like fuel channels, and a programmable Marangoni motor. The design ...

From snowflakes to leaves, nature is full of incredible shapes and intricate designs. Nature itself is a wonder, a world full of plants and animals that adapt themselves to better suit the natural ...

Generate innovative forms that perform and give back to the planet responsibly. Based on the Biomimicry Institute's 3.8 guidelines, explore all levels of the biomimicry design process. Learn ...

Pune: The practice of learning from nature's designs and processes to solve human problems — from energy and architecture to ...

New ways of thinking, from graphic design to insect-inspired robots Emily Jones, right, moves a butterfly artifact under a microscope camera as she and Alisia Kealbha, left, watch it on the screen at ...

Zoom in to the inner world of your veins, arteries and capillaries, and you'll find an engineering marvel: the red blood cell. Disc-shaped and flexible, millions of these oxygen transporters can be ...