New Bio-inspired Materials: When Biology Meets Chemistry, Physics, Engineering, and Design.

The article focuses on the development of new bio-inspired materials through the integration of biology, chemistry, physics, engineering, and design. It highlights how studying natural systems—such as the superhydrophobic lotus leaf, the slippery pitcher plant, and structural colors in butterflies and seeds—can inspire innovative materials with properties like self-cleaning, anti-icing, self-healing, and dynamic optical responses. A key innovation discussed is Slippery Liquid-Infused Porous Surfaces (SLIPS), which mimic pitcher plant surfaces to create omniphobic, self-healing coatings with applications in medical devices, marine antifouling, and water harvesting. The article also presents Hydrogel Actuated Integrated Responsive Structures (HAIRS), which enable materials to autonomously change properties in response to environmental stimuli, and explores dynamic optical materials inspired by organisms like the brittlestar and tulips for uses in sensing and encryption. Overall, it emphasizes multidisciplinary approaches and combining diverse biological strategies to design multifunctional, adaptive materials. [Extracted from the article]