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About

Nam-Joon Cho is a leading researcher at the forefront of bioinspired materials and sustainable soft robotics, whose work masterfully bridges the gap between natural biology and advanced engineering. His key research areas include stimuli-responsive hydrogels, plant-based flexible electronics, and the innovative use of natural micro/nanoparticles for biomedical applications. Cho’s most impactful contribution is pioneering the use of naturally abundant pollen grains as a material template for actuation and locomotion driven by moisture, a breakthrough detailed in his highly cited 2020 paper (122 citations) that offers a cost-effective, eco-friendly alternative to synthetic materials. He further advanced the field by developing pollen-based magnetic microrobots capable of attracting, manipulating, and killing cancer cells (49 citations), showcasing a remarkable convergence of robotics and oncology. Additionally, his work on versatile agar-zwitterion hybrid hydrogels for temperature self-sensing and electro-responsive actuation (59 citations) and plant-based substrate materials for flexible green electronics (19 citations) underscores his commitment to sustainable technology. With a growing citation impact exceeding 250 total citations, Cho is recognized for transforming natural materials into multifunctional, intelligent systems that promise to reshape soft robotics, green electronics, and targeted medical therapies.