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I study atmosphere-interior exchange on rocky planets, both within our Solar System and beyond. I'm interested in the initial outgassed atmospheres of rocky planets and their evolution with time due to external factors and due to interaction with the solid planet. During planet formation, all the materials that make a planet are intimately mixed together, so the physical and chemical processes of accretion and differentiation can have long term effects on the composition of both the atmosphere and the interior. I study these early processes using a combination of magma ocean, atmospheric and internal structure models. The presence of extant magma oceans on some hot rocky exoplanets provide a window into the early planet differentiation processes of the Solar System.
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Maggie A. Thompson,Myriam Telus,Graham Harper Edwards,Laura Schaefer,Jasmeet Dhaliwal, Brian Dreyer,Jonathan J. Fortney, Kyle Kim
PLANETARY SCIENCE JOURNALno. 10 (2023): 185-185
Natureno. 7975 (2023): 746-749
Eos (2021)
AAS/Division for Planetary Sciences Meeting Abstractsno. 7 (2021)
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Goldschmidt2021 abstracts (2021)
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