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About

Lingling Ma is a pioneering researcher at the intersection of soft matter physics and photonics, whose work is redefining the boundaries of autonomous robotics and active materials. Her primary research areas include liquid crystal actuators, programmable self-propelling systems, and the emerging field of “Soft Mattonics”—the interplay between soft matter and light. Ma’s major contributions lie in engineering dynamic, self-sustained motion in soft materials. Her landmark 2021 study on programmable self-propelling actuators, inspired by bacterial flagella, demonstrated a novel light-driven rotation-translation conversion mechanism (47 citations). She further advanced the field with her 2023 work on autonomous liquid crystal actuators for active photonic applications (52 citations), showcasing how these materials can mimic biological rhythms like heartbeats and wingbeats. Her forward-looking 2025 perspective on Soft Matter Photonics (11 citations) positions this interdisciplinary domain as a cornerstone for next-generation photonic technologies. Through her innovative designs, Ma is not only mimicking nature’s most elegant movements but also laying the groundwork for soft robotics and adaptive optical systems that could transform industries from healthcare to communications.