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About

Jason P. Dworkin is a leading astrobiologist and space scientist whose work sits at the intersection of organic chemistry, planetary protection, and the search for life beyond Earth. As the Principal Investigator for the Sample Analysis at Mars (SAM) instrument suite on NASA’s Curiosity rover, Dworkin has been instrumental in characterizing the chemical and isotopic composition of the Martian atmosphere and surface volatiles—work that has garnered over 560 citations and fundamentally shaped our understanding of Mars’ habitability. His research extends to the Moon, where he has studied biological contamination from the Apollo missions, providing critical data for future planetary protection protocols and life detection strategies. Dworkin has also pioneered the use of nanopore sequencing for spaceflight, developing dual-use technologies that support both crew health and astrobiology investigations. His investigations into the effects of X-ray microtomography on amino acids in meteorites like Murchison have refined how we analyze organic compounds in extraterrestrial samples. With a career defined by rigorous, high-impact contributions to space exploration, Dworkin remains a key figure in preparing for human missions to Mars and ensuring that our search for life is both scientifically sound and contamination-free.