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About

Paolo Pagani is a leading figure in nuclear fusion engineering, with a primary focus on the development of remote handling systems for next-generation fusion facilities. His most-cited work, "The remote handling system of IFMIF-DONES" (2019, 26 citations), details the design and operational strategy for the high-radiation environment of the International Fusion Materials Irradiation Facility – DEMO Oriented Neutron Source. This contribution is critical to advancing materials testing for fusion reactors, as it addresses the unprecedented challenge of maintaining and replacing components in a high-flux neutron field. Pagani’s research integrates robotics, teleoperation, and radiation-hardened systems, establishing a blueprint for safe and efficient maintenance in fusion power plants. His work directly supports the European roadmap to DEMO, ensuring that remote handling technology is ready for the extreme conditions of future reactors. Through this foundational paper, Pagani has helped define the engineering standards for one of the most complex aspects of fusion energy—enabling the long-term viability of tritium breeding and structural integrity testing. His contributions are essential for any student or researcher working on the interface between robotics and nuclear fusion.