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Timothy Grove is a geologist renowned for his seminal contributions to experimental petrology, significantly advancing the understanding of planetary formation and evolution. His research interests focus on the processes that led to the chemical evolution of the Earth and other planets, including the Moon, Mars, and Mercury. Grove employs an experimental approach to understand planetary differentiation, utilizing field, petrologic, and geochemical studies of igneous rocks under high pressure and temperature conditions. His work concentrates on mantle melting and the subsequent differentiation of magma at mid-ocean ridges and subduction zones. He explores how mantle convection and lithospheric cooling influence melt generation, as well as the critical role of water in melting and differentiation processes. Additionally, Grove investigates the chemical differentiation of the early lunar magma ocean and the creation of lunar mare basalts. His commitment to combining rigorous petrologic experimentation with fieldwork has made him a highly regarded figure in his field, particularly noted for his insights into the mechanisms of magma generation.
Massachusetts Institute of Technology • Cambridge, MA
Served as a faculty member in the Department of Earth, Atmospheric and Planetary Sciences.