Kazuhiro Terada

University of Electro-Communications, Kyoto University Hospital

Papers

Total Citations

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About

Kazuhiro Terada is a researcher whose work spans two distinct and impactful fields: advanced sensor technology and thoracic oncology. In robotics and sensing, Terada is best known for developing the **Net-Structure Proximity Sensor**, a pioneering device that achieves omni-directional, 360-degree object recognition with a remarkable 1-millisecond response time. This innovation, detailed in his 2011 paper (19 citations), employs a unique analog net-structure circuit, enabling fast, simplified information processing and seamless mounting on various peripheries—a significant contribution to tactile and proximity sensing for robotics. In a dramatic shift to clinical medicine, Terada has also made notable contributions to lung cancer treatment. His 2024 study on salvage surgery after immune checkpoint inhibitor (ICI) therapy for initially unresectable non-small cell lung cancer (6 citations) addresses a critical, emerging clinical question. By investigating the characteristics and outcomes of patients undergoing surgery post-ICI, Terada’s work provides vital insights into bridging immunotherapy with surgical intervention, potentially expanding treatment options for advanced NSCLC. This dual expertise—from high-speed proximity sensors to cutting-edge oncologic surgery—demonstrates a rare versatility, with his sensor work laying foundational groundwork in robotics and his clinical research addressing urgent needs in cancer care.