Xiaoming Mao

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About

Xiaoming Mao is a leading figure in soft matter physics and mechanical metamaterials, whose work bridges the gap between microscopic structure and macroscopic mechanical behavior. Her research centers on the rheology of complex fluids, the topological mechanics of lattices, and the physics of folding and reconfigurable structures. A key contribution is her investigation of how embedded active colloids alter the viscoelastic properties of colloidal gels, demonstrating that active matter can dramatically modify a material’s low-frequency elastic modulus—a finding with implications for designing tunable soft solids (20 citations). She also pioneered the concept of “Maxwell beams,” introducing topological mechanics to three-dimensional beam theory and revealing floppy flexural modes that enable novel engineering applications (7 citations). In her work on folding mechanisms at finite temperature, Mao showed that thermal fluctuations can fundamentally alter the zero-energy folding motions essential to origami and deployable metamaterials, a crucial insight for miniaturized robotic structures (4 citations). Her innovative synthesis of topology, statistical mechanics, and materials science has positioned her as a key voice in the next generation of mechanical design.