Massachusetts Institute of Technology

Massachusetts Institute of Technology

Doctor of Science in Geophysics

The Doctor of Science in Geophysics in Earth Sciences is offered by Massachusetts Institute of Technology.

Driven by a fundamental curiosity about processes on Earth and other planets, students in the EAPS Geophysics Program (PG) work to understand complicated physical and chemical interactions—occurring over a broad range of spatial and temporal scales—that result in the rich behaviors of a variety of geosystems. We develop advanced tools of observation to address questions such as: What is the pattern of mantle convection and what are the underlying dynamics? How are subcontinental keels created and preserved? How do magmas and deforming host rocks interact? How can microwave signals help us learn more about the distribution of water vapor in the atmosphere?

Thanks to recent advances in instrumentation and computer power, geophysicists now have access to data sets covering spatial, temporal, pressure, and temperature ranges previously unavailable, opening new and exciting avenues of discovery. Through a combination of theory, field work, and precise laboratory experimentation, we use innovative techniques to gather and examine data crucial for understanding a multitude of geodynamic processes. Leaders in the field, EAPS geophysicists often perform work that is of grave importance to society, investigating such global issues as petroleum reservoirs, atmospheres and climate, and active fault systems.

To trace our planet’s history and better predict its future, EAPS geologists are developing highly accurate means of monitoring material and chemical fluxes through the Earth system, describing and imaging the Earth’s crust, and measuring time in the geologic record. Among several interrelated categories of active research are: Tectonics geared towards a better understanding of how the Earth’s systems—from the atmosphere to the core—influence each other as matter and energy are transferred among them; Petrology - aimed at understanding the conditions, timing, and rates of igneous and metamorphic processes in the Earth and planets; Sedimentary Geology - important both for understanding the complex interactions that shape modern Earth surface environments, and for interpreting the geologic history of the continents and the oceans; and Surface Processes and Landform Evolution - with an emphasis on the quantitative, mechanistic study of sediment production, erosion, transport, and deposition.  




Locations where you can study Doctor of Science in Geophysics en Massachusetts Institute of Technology


Schools where you can study Doctor of Science in Geophysics en Massachusetts Institute of Technology

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