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Dr. R. Sternberg is a leading figure in planetary science, best known for their transformative contributions to the *in situ* chemical analysis of Mars. Their primary research focuses on the composition of planetary atmospheres and the organic chemistry of extraterrestrial soils, with a particular emphasis on understanding the potential for past or present life. Sternberg’s most impactful work stems from their central role in the Sample Analysis at Mars (SAM) investigation, a suite of instruments aboard the Mars Science Laboratory (MSL) Curiosity rover. As detailed in their highly cited 2012 paper (over 560 citations), Sternberg helped design and implement SAM to measure the chemical and isotopic makeup of both the Martian atmosphere and volatiles extracted from solid samples. This foundational work has directly enabled key discoveries about Mars’s habitability, including the detection of organic molecules and the characterization of methane variability. Sternberg’s expertise in analytical chemistry and planetary exploration has made them an indispensable contributor to one of NASA’s most successful missions, profoundly shaping our understanding of the Red Planet’s geochemical history.