Inspired by the natural Bouligand structure, researchers have been developing advanced materials for applications in impact-resistant bioplastics, ceramic armor, and biomimetic alloy composites. Most existing materials are still composed of single-scale brittle units despite the progress in improving the plasticity of materials. The lack of hierarchical active interfaces and autonomous response capabilities limits their ductility and overall functionality. Inspired by the natural Bouligand structure, researchers have been developing advanced materials for applications in impact-resistant bioplastics, ceramic armor, and biomimetic alloy composites. Most existing materials are still composed of single-scale brittle units despite the progress in improving the plasticity of materials. The lack of hierarchical active interfaces and autonomous response capabilities limits their ductility and overall functionality. Biochemistry Polymers Phys.org – latest science and technology news stories
Researchers develop highly robust, reconfigurable, and mechanochromic cellulose photonic hydrogels
