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About

Vincenzo Vitelli is a leading figure in the physics of active and topological metamaterials, whose work bridges the gap between fundamental mechanics and autonomous, intelligent matter. His pioneering research has reshaped our understanding of how topological principles govern mechanical systems, most famously demonstrated in his 2015 paper on topological modes bound to dislocations in mechanical metamaterials (373 citations) and his seminal 2014 work on nonlinear conduction via solitons in topological mechanical insulators (295 citations). Vitelli has been instrumental in developing the concept of "odd elasticity"—a non-reciprocal elastic response that violates Newton's third law—enabling the realization of self-sensing metamaterials and active solids with unprecedented control. His recent contributions include the theoretical foundations for adaptive locomotion in active solids (2025) and the transformation of limit cycles into robotic active matter (2021). With a citation count exceeding 750 for his most influential works, Vitelli's impact extends from reconfigurable robotic structures to informational active matter, where he explores how local sensing and computation can give rise to emergent continuum mechanics. His work continues to inspire new generations of researchers in soft matter physics, mechanical engineering, and robotics.