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from global to universal
We study the physics of the ocean and how the ocean fits into the Earth's climate system, using models that range from the global scale to focused process models that apply universally. We seek mathematically interesting problems with practical uses.
The products we produce are parameterizations, diagnostics, and toy models. That is, after study of complex processes in dedicated and computationally expensive models, we work out simple but accurate approximations and crucial measurements to diagnose. Sometimes the goal is to improve the community models, and sometimes the goal is to aid understanding with a toy model that mimics the complex system.
Baylor also teaches classes in the Department of Earth, Environmental, and Planetary Sciences, is an elected fellow of the Institute at Brown for Environment and Society (IBES), an affiliated faculty member of the Brown Theoretical Physics Center and the Brown Center for Fluid Mechanics, and supports the SciToons program. Baylor is a coordinating lead author of the Ocean, Cryosphere, and Sea Level Change chapter of the IPCC Sixth Assessment Report. Baylor is an editor of the Journal of Physical Oceanography. Baylor has taught at some summer schools (XMOD, GODAE Ocean View, JPL and WHOI GFD). Baylor used to teach at the University of Colorado and CIRES. Here are examples of a Provost Lecture Series lecture, a blackboard lecture, a lecture, and a research talk given by Baylor. (Many more lectures at my youtube channel.) The maintenance and design of this website is inspired by this template.
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Credit: Carl Sagan (Audio, Text) and Gavin Aung Than of Zen Pencils (Images).