Stephen Potts

Papers

Total Citations

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About

Stephen Potts is a researcher at the forefront of surgical robotics, with a focused expertise in haptic feedback systems for minimally invasive procedures. His primary research area centers on enhancing teleoperated laparoscopic surgery through the integration of interactive force-sensing technologies. Potts’s major contribution lies in the development of a combined hardware/software system that provides real-time haptic feedback to surgeons, a critical advancement for remote operations. He pioneered the use of quantum tunnelling composite (QTC) force measuring sensors, which are mounted on surgical instruments to capture precise tactile data. This innovation, detailed in his most-cited work from 2011 (7 citations), allows surgeons to “feel” tissue resistance during robotic procedures, improving precision and safety. His foundational 2009 paper (5 citations) laid the groundwork for this system, demonstrating its application on Mitsubishi PA-10 robotic arms. Though his citation counts are modest, Potts’s work is notable for its practical engineering approach to solving a key limitation in telesurgery—the loss of tactile sensation. His research directly contributes to the broader goal of making remote robotic surgery more intuitive and effective, with potential implications for expanding access to specialized surgical care.