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Daniel Lecoanet is an Assistant Professor at Northwestern University focused on Engineering Sciences and Applied Mathematics. His research interests encompass astrophysical and geophysical fluid dynamics, with a strong emphasis on developing numerical methods for solving complex problems in these fields. He primarily investigates low-Mach number flows in stars, planetary atmospheres, oceans, and planetary cores. Lecoanet's work examines the intricate interplay of fundamental physical effects such as rotation, buoyancy, magnetism, moisture, and external forcing. He is a core developer of the Dedalus code, which is designed to solve arbitrary partial differential equations using spectral methods. His recent advancements have enabled Dedalus to run simulations in simple geometries that include coordinate singularities, such as cylindrical and spherical geometries. These new capabilities aid in the study of global models of stars and planetary interiors, as well as laboratory experiments.
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