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About

Richard V. Craster is a leading figure in applied mathematics, renowned for his pioneering work in metamaterials, wave propagation, and fluid-structure interaction. His research bridges fundamental theory and practical innovation, particularly through the development of dynamic homogenization techniques that control how waves—from electromagnetics to acoustics—interact with complex media. Craster’s contributions have reshaped the design of metamaterials, enabling unprecedented manipulation of wave fields for applications in energy harvesting, cloaking, and vibration control. With over 10,000 citations across his career, his most-cited works, including seminal papers on high-frequency homogenization and platonic crystal arrays, are foundational in the field. Notable achievements include his leadership as Editor-in-Chief of the *Proceedings of the Royal Society A* and his election as a Fellow of the Royal Society. His recent work, such as "Metamaterials and Fluid Flows" (2026), extends these concepts to fluid-structure interactions, promising new advances in aerospace and naval engineering. Craster’s research continues to inspire students and researchers, offering a masterclass in translating abstract mathematics into real-world technological breakthroughs.