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Planetary Science combines core principles of isotope analysis and chemistry with cutting-edge observations to decode natural phenomena. With a proven track record in instrument development, our research spans from extraterrestrial studies and solar system formation to tackling critical environmental and resource challenges. We analyze rare specimens including lunar and Martian samples, meteorites, and NASA mission returns. Our work explores the origins of solar system materials, the chronology of meteorite formation, and the evolution of planetary bodies. Projects range from Earth's mantle dynamics to volcanic systems in locations like Iceland. Isotopic techniques help us track ocean currents, climate shifts, carbon storage solutions, and water contamination affecting global populations.
DurationPhD 3-4 Years Full-Time, MPhil 1 year Full-Time