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A. Szilaghyi is a pioneering researcher in medical robotics, with a focused expertise in the design, kinematics, and control of parallel robots for minimally invasive cancer treatment. Their major contributions center on developing specialized robotic systems for brachytherapy—a form of local radiation therapy that requires precise placement of radioactive sources within the body. Szilaghyi’s work addresses a critical clinical gap: the lack of dedicated devices for accurate source delivery, which has hindered the technique’s wider adoption. Their most cited paper, “Kinematics and workspace modeling of a new hybrid robot used in minimally invasive surgery” (2012, 58 citations), establishes foundational methods for robot workspace analysis. Subsequent studies, including “Kinematic analysis of a new 5-DOF modular parallel robot for brachytherapy” (2014, 28 citations) and “Structural Analysis and Synthesis of Parallel Robots for Brachytherapy” (2013, 23 citations), introduce innovative modular architectures that enhance dexterity and safety in confined anatomical spaces. Szilaghyi has also advanced control systems for these robots, as seen in their 2014 paper on the topic. With over 128 total citations, their research directly addresses a pressing need in oncology, offering a pathway to more precise, automated brachytherapy and improved patient outcomes.