Jonas Pfannes

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About

Jonas Pfannes is a researcher at the forefront of advancing haptic and force-sensing technologies in robot-assisted surgery (RAS). His primary research areas include surgical robotics, haptic perception, and the integration of force/torque sensing for minimally invasive procedures. Pfannes’s most notable contribution is his comparative study of human haptic perception versus robotic force/torque sensing in simulated surgical palpation tasks, where he systematically evaluated the reliability of detecting hard inclusions in soft tissue—a critical challenge in MIS. His work highlights the limitations of current RAS technologies in providing tactile feedback, paving the way for more intuitive and effective surgical tools. With his 2022 paper garnering 5 citations, Pfannes is establishing a foundation for future innovations in intraoperative tissue assessment. His research not only bridges the gap between human sensory capabilities and robotic precision but also addresses a pressing clinical need: improving tumor localization and tissue characterization during surgery. For students and researchers, Pfannes’s work offers a compelling entry point into the intersection of robotics, haptics, and surgical outcomes.