All articles tagged with #adhesion
Researchers at NC State University have developed "glassy gels," a new class of materials that combine the hardness of glassy polymers with the stretchability of gels. These materials, which are more than 50% liquid, are efficient conductors of electricity and highly adhesive. The simple production process and unique properties of glassy gels make them promising for various applications.
Researchers at McGill University and Charité-Universitätsmedizin have discovered the dynamic bio-interface between mussel tissue and the bundle of filaments that mussels use to anchor themselves to rocks. By studying the interface, they found that the ends of the threads interlock with layers of living tissue covered in motile cilia, which create a high degree of surface contact and allow for the meshing of two materials. The cilia's oscillations strengthen the grip between the materials and enable rapid release when needed. The movement of the cilia is driven by neurotransmitters, suggesting they are controlled by serotonin and dopamine.