Raffaele Mezzenga

Papers

Total Citations

105

H-Index

About

Raffaele Mezzenga is a pioneering figure at the intersection of soft matter physics, food science, and nanotechnology, renowned for his work on amyloid fibrils and bioinspired materials. His research focuses on harnessing the unique properties of proteins and polymers to create advanced functional materials, from self-winding actuators to multifunctional films. A standout contribution is the development of self-winding gelatin–amyloid wires for soft actuators and sensors, a bioinspired design that mimics plant tendril mechanics and has garnered 44 citations. He also pioneered a method for interfacial electrostatic self-assembly of amyloid fibrils into robust, multifunctional protein films, overcoming intrinsic brittleness—a breakthrough cited 33 times. Additionally, his work on light-controlled actuation in polymer nanocomposites, which enables remote modulation of magnetic strength, has been cited 28 times and demonstrates his ability to merge optical and magnetic functionalities. Mezzenga’s innovations have profound implications for smart materials, biomedical devices, and sustainable nanotechnology, establishing him as a leader in translating fundamental protein science into real-world applications.