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About

Yaewon Park is a leading researcher in the field of water-responsive materials, focusing on the molecular mechanisms that enable soft actuators to harvest energy from environmental humidity. Her work bridges supramolecular chemistry and bioinspired materials, with a particular emphasis on understanding how nanoscale structural order drives macroscopic actuation. Park’s most cited study (86 citations) provides mechanistic insights into evaporation-induced actuation in supramolecular crystals, revealing the critical role of confined water transport and structural reorganization. She further demonstrated that β-sheet nanocrystals dictate the water responsiveness of *Bombyx mori* silk, establishing design principles for scalable, high-performance actuators. Her systematic investigation of commercial sewing threads (2023) expands the practical applicability of these materials, showing that even everyday textiles can be engineered for efficient water-responsive motion. With cumulative citations exceeding 100, Park’s contributions are foundational to the development of sustainable soft robotics and energy-harvesting systems that operate on renewable water energy. Her work is notable for combining fundamental mechanistic studies with accessible, low-cost material platforms, making her a key figure in advancing the next generation of bioinspired, environmentally responsive materials.