Building planets is like Legos, except you're missing the pieces and instructions, and only have an idea of what it should look like at the end.
About Me
Hello! I'm Liam Peterson, a PhD candidate (Geology) at the University of Maryland - College Park and am the recipient of a NASA FINESST award.
I am a geochemist, petrologist, and experimental petrologist whose primary interests lie in constraining the long term evolution of the Earth and other planets. My current research focuses on the highly volatile element (e.g., H, C, F, Cl, S) content of early-formed planetesimals, but I am also interested in using chemical and isotopic signatures in large igneous provinces, ocean island basalts, and other mantle samples to track the chemical evolution of the Earth and it's reservoirs.
I have experience with a variety of different analytical techniques, including XRF, EPMA, SEM, and SIMS. You can find out more in my CV.
I am a geochemist, petrologist, and experimental petrologist whose primary interests lie in constraining the long term evolution of the Earth and other planets. My current research focuses on the highly volatile element (e.g., H, C, F, Cl, S) content of early-formed planetesimals, but I am also interested in using chemical and isotopic signatures in large igneous provinces, ocean island basalts, and other mantle samples to track the chemical evolution of the Earth and it's reservoirs.
I have experience with a variety of different analytical techniques, including XRF, EPMA, SEM, and SIMS. You can find out more in my CV.
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