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About

F. Raulin is a leading figure in astrobiology and planetary science, whose work has fundamentally shaped our understanding of organic chemistry in the solar system. His primary research focuses on the chemical composition of planetary atmospheres and surfaces, particularly Titan and Mars, and the critical intersection of planetary protection with space exploration. Raulin’s most impactful contribution is his central role in the Sample Analysis at Mars (SAM) investigation, a suite of instruments aboard the Curiosity rover. The landmark 2012 paper detailing SAM has amassed over 560 citations, as the instrument has revolutionized our knowledge of Mars’ past habitability by analyzing the chemical and isotopic makeup of its atmosphere and rock samples. Beyond Mars, he is a key architect of modern planetary protection policy. His recent, highly cited reviews on the COSPAR framework (2022, 2023) provide the scientific and ethical roadmap for preventing contamination during robotic and future human missions, ensuring that the search for extraterrestrial life remains uncompromised. Raulin’s work is not just about discovery; it is about enabling responsible exploration for generations of scientists to come.