Valentina Domenici

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About

Valentina Domenici is a leading figure in the chemistry of soft matter, with a particular focus on liquid-crystalline elastomers (LCEs) and their transformative applications in smart materials. Her research bridges fundamental polymer chemistry and advanced device engineering, exploring how these responsive materials can be harnessed for soft robotics and artificial muscles. A key contribution is her work on novel composite actuators, such as the liquid single crystal elastomer/conducting polymer bilayer, which integrates electroconductive properties to enable direct actuation via Joule heating—a significant step toward practical, all-organic bending actuators. Her highly cited review on nanostructured composites based on LCEs (34 citations) further solidifies her role in shaping the field, offering a comprehensive roadmap for designing materials with reversible, controllable shape deformations. With a portfolio of papers that have garnered substantial attention (including over 46 citations for her actuator work), Domenici’s research is not only foundational but also forward-looking, driving innovation in responsive materials that mimic biological systems. Her work continues to inspire new generations of materials scientists and engineers.