Leslie M. Smith

Leslie M. Smith serves as Professor in the Department of Mathematics and Department of Engineering Physics at the University of Wisconsin–Madison, with research centered on nonlinear dynamics and fluid systems in geophysical contexts. Her work bridges mathematical analysis, numerical computation, and applications in atmospheric/oceanic sciences.

Smith's research program investigates dispersive wave systems, turbulence, and phase-change phenomena in fluid dynamics. She develops theoretical frameworks for moist convection, quasi-geostrophic turbulence, and wave-vortical interactions, with direct applications to climate modeling and atmospheric prediction. Her methodology combines asymptotic analysis, numerical simulation, and energy decomposition techniques to address complex geophysical fluid phenomena.

Analysis of her 2019-2021 publications reveals a concentrated focus on precipitating quasi-geostrophic systems, where she examines cloud-precipitation interactions, fast-wave averaging, and balanced-unbalanced flow decomposition. Key themes include the mathematical treatment of phase changes in fluid equations, tracer dispersion in sub-mesoscale ocean dynamics, and coherent structure formation in convection. Her work consistently integrates atmospheric science with rigorous mathematical physics.

No scientific awards are documented in the available materials.

While the text confirms her active teaching role (including courses like Math 320 and NE 548), specific details about student advising, research grants, or laboratory direction are not provided. Her collaborations prominently feature Stechmann and Zhang across multiple publications.