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About

Ruoqin Wang is a rising leader in the field of stretchable and intelligent electronics, with a research focus on developing advanced materials and structural designs for human–machine interfaces, tactile sensing, and robotic e-skin. Their most impactful work includes the development of vertical serpentine interconnects for stretchable and curved electronics, a foundational contribution that has garnered 32 citations and opened new pathways for wearable and conformable devices. Wang further advanced the field with a sandwich Miura-ori design, enabling large-area, super-resolution tactile skins for human–machine interactions, a breakthrough that has already attracted 14 citations. Most recently, they have pioneered deep learning-based contact sensing systems integrated with conformal kirigami structures, achieving real-time, large-area contact localization and intensity estimation for safe human–robot collaboration. This work, though newly published with 2 citations, represents a critical step toward intelligent, adaptive robotic skins. Wang’s research uniquely combines mechanical metamaterials, flexible electronics, and machine learning, positioning them at the forefront of next-generation interactive and safety-critical systems. Their contributions are shaping the future of wearable technology and collaborative robotics.