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About

Klaudia Dradrach is a pioneering researcher in the field of soft robotics and light-responsive smart materials, with a particular focus on designing and engineering miniature robotic systems inspired by nature. Her work sits at the fascinating intersection of polymer science, photonics, and biomimetic locomotion, pushing the boundaries of what is possible at the millimeter and sub-millimeter scale. Dradrach's most celebrated contribution is her development of a millimeter-scale snail robot powered by liquid crystal elastomers (LCEs) — a breakthrough that garnered 77 citations and demonstrated how traveling deformation waves, mirroring the locomotion strategies of biological organisms like gastropods and earthworms, can be replicated in entirely soft, light-driven systems. This work elegantly translates nature's solutions into functional micro-robotic platforms without the need for conventional mechanical components. Her broader research program, captured in her 2022 review spanning light-powered motors, micro-grippers, crawling caterpillars, and snails, reflects her ambition to systematically map the capabilities of light-responsive oriented polymers across diverse robotic applications. Collectively, her contributions are shaping the future of untethered, remotely controllable soft microrobots with profound implications for medicine, environmental sensing, and microscale engineering.