Papers
4
Total Citations
67
H-Index
3
About
Mi Xiao is an innovative researcher working at the intersection of mechanical metamaterials, structural mechanics, and biomedical robotics. His work has made significant strides in pushing the boundaries of what engineered materials can achieve, most notably through his landmark 2023 study on self-bridging metamaterials, which demonstrated that Poisson's ratios can surpass their long-established theoretical limits — a finding that challenges fundamental assumptions rooted in stability, linearity, and thermodynamics, and has already garnered 54 citations. This contribution opens transformative possibilities for material design far beyond conventional constraints. Xiao has also advanced the field of programmable mechanical systems, developing topology optimization frameworks for inverse design of structures with precisely tailored nonlinear responses, and pioneering cut-enabled metamaterials capable of multimodal and reprogrammable static nonreciprocity — properties highly sought after in soft robotics and mechanical logic. Beyond purely structural work, his research extends into surgical robotics, where he has contributed to the development of magnetically actuated multimaterial fiberbots for minimally invasive knee laser surgery. Together, these contributions position Xiao as a versatile and forward-thinking researcher whose work bridges advanced materials science with real-world engineering and medical applications.
Research Focus
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Top Papers
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