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About

S. Livi is a space physicist whose research focuses on solar energetic particles (SEPs) and their detection across the solar system, with a particular emphasis on leveraging non-dedicated spacecraft data for space weather monitoring. Their major contribution lies in demonstrating that housekeeping data from ESA’s spacecraft flotilla—originally intended for engineering purposes—can be repurposed to identify and characterize SEP events, a breakthrough that expands observational capabilities without requiring new instrumentation. This work, detailed in their 2023 paper on SEP events detected in housekeeping data (9 citations), addresses a critical gap in planetary space weather forecasting and radiation protection for robotic exploration. By showing that multiple spacecraft can serve as distributed sensors, Livi’s research enhances our ability to monitor solar activity across different heliospheric locations. Their approach is particularly notable for its resourcefulness, offering a cost-effective method to improve space weather predictions. With a growing citation impact, Livi’s work is increasingly recognized as foundational for next-generation space weather monitoring networks, making their research essential for students and professionals interested in heliophysics, planetary protection, and the practical application of spacecraft data.