Samuel Frishman

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About

Samuel Frishman is a leading figure in the development of advanced robotic systems for challenging environments, with a primary focus on medical robotics and space exploration. His most impactful work includes pioneering a rolling-diaphragm hydrostatic transmission for remote MR-guided needle insertion (31 citations), a breakthrough that directly addresses the critical challenge of limited patient access within MRI scanners. This innovation enables precise, robotic-assisted biopsies and interventions while maintaining compatibility with the powerful magnetic field, significantly improving the safety and accuracy of image-guided procedures. Frishman has also made substantial contributions to space robotics, notably through the development of a multi-axis FBG-based tactile sensor (10 citations) designed to enhance end-effector control for free-flying robots. This sensor provides crucial haptic feedback, improving grasp quality and target alignment in the harsh conditions of space. His work uniquely bridges the gap between clinical medical robotics and extraterrestrial applications, demonstrating a rare versatility in solving complex interaction problems across vastly different domains.