Han-jeong Cho

Papers

Total Citations

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About

Han-Jeong Cho is a researcher whose work lies at the intersection of soft robotics, tactile sensing, and humanoid manipulation. Their most notable contribution is the development of a microsized slip sensor using dielectric elastomers, designed to detect incipient slippage—a critical capability for dexterous robot hands and prosthetic devices. This sensor enables safer, more precise grasping by providing real-time tactile feedback, advancing the control of robotic manipulators during delicate tasks. While specific citation counts for their key paper are modest, Cho’s work addresses a fundamental challenge in robotics: achieving human-like dexterity through tactile intelligence. Their research has implications for assistive technologies, industrial automation, and prosthetics, where slip detection is essential for reliable object handling. Cho’s focus on miniaturized, flexible sensors highlights a commitment to practical, scalable solutions that bridge the gap between sensing and control. For students and researchers in soft robotics and haptics, Cho’s work offers a foundational approach to integrating tactile feedback into autonomous systems, underscoring the importance of sensor design in advancing human-robot interaction and manipulation capabilities.