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About

Dr. A. Palucci is a leading researcher in laser-induced breakdown spectroscopy (LIBS) and its application to extreme environments, particularly in nuclear fusion and security domains. Their most impactful work centers on deploying LIBS for in-vessel diagnostics in fusion reactors, a critical challenge for next-generation energy systems. Palucci pioneered the integration of LIBS with robotic arms for remote, real-time analysis inside tokamak vessels, demonstrated through landmark studies on the FTU (Frascati Tokamak Upgrade) mock-up and vacuum vessel. These contributions, amassing nearly 80 citations, have established a new paradigm for monitoring plasma-facing component erosion and fuel retention without requiring reactor shutdown. Beyond fusion, Palucci contributed to explosive detection through participation in a NATO Advanced Research Workshop, showcasing the versatility of LIBS for security applications. Their work bridges fundamental spectroscopy with practical engineering, enabling autonomous diagnostics in hazardous, inaccessible environments. Palucci’s research is instrumental in advancing both fusion energy sustainability and safety technologies, making them a key figure in applied laser spectroscopy.