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Center for Nonlinear Studies |
Bioinspired materials research involves developing a fundamental understanding of the chemistry, self-assembly, hierarchical organization, and function of naturally occurring materials, and exploiting this knowledge to engineer artificial materials that offer similar functionality. A particularly intriguing characteristic of living materials is their capability to adapt their physicochemical properties in response to internal or external stimuli, for example, changes in temperature, exposure to light, or application of mechanical forces. Taking inspiration from different species, we have developed numerous polymer systems that offer adaptive properties and (emergent) functions. This presentation will highlight sea-cucumber-like mechanically morphing nanocomposites, leaf-cuticle-mimicking membranes, earthworm-inspired robots, as well as polymers with the capability to sense mechanical forces and the ability to be healed after sustaining damage.
Host: Roman Perriot (rperriot@lanl.gov)