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About

Martin van Hecke is a pioneering figure at the intersection of mechanical metamaterials and embodied intelligence. His research focuses on designing structures where complex, nonlinear mechanical responses—such as buckling, snapping, and irreversible transitions—enable information processing and memory. Van Hecke’s major contributions include the combinatorial design of textured mechanical metamaterials (436 citations), which introduced a systematic framework for creating materials with tailored, programmable behaviors. He has also demonstrated how compressed corrugated sheets exhibit complex pathways and memory (69 citations), and developed irreversible metamaterials that can count mechanical cycles and store the result in their internal states (67 citations), a breakthrough for sequential information processing. Beyond these, his work on coupling the Leidenfrost effect with elastic deformations to sustain bouncing (57 citations) showcases his creativity in merging physics and mechanics. Van Hecke has also co-authored influential roadmaps on mechano-intelligence and animate matter, guiding the field toward materials that are active, adaptive, and autonomous. With a career marked by high-impact, interdisciplinary work, he is a leading voice in the quest to embody computation and memory directly into the mechanical realm.