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About

Yu-Jin Park is an emerging researcher specializing in smart materials, tactile sensing systems, and surgical robotics, with a particular focus on magnetorheological (MR) materials and their biomedical applications. His work sits at a compelling intersection of materials science and surgical innovation, addressing one of the most persistent challenges in robot-assisted minimally invasive surgery (RMIS): restoring the surgeon's sense of touch. Park's most influential contribution is his development of novel tactile transfer devices that harness the unique viscoelastic properties of magnetorheological fluids and elastomers to simulate organ stiffness in real time. His 2021 paper introducing a tactile transfer cell for RMIS has garnered 22 citations, demonstrating significant early traction in the field. His follow-up work on a cylindrical grip-integrated surgical console (2022, 16 citations) further refined this concept into a practical, surgeon-friendly interface. More recently, he has expanded the application of MR materials from actuation into sensing, proposing dynamic tactile systems capable of contraction and relaxation motion. Together, Park's research represents a meaningful step toward more intuitive, feedback-rich surgical robotics, offering future surgeons greater precision and safety through responsive haptic technology.