Spencer Smith's work seeks to characterize the complexity inherent in chaotic fluid motion by uncovering dynamically relevant and topologically robust fluid structures. He investigates how these ideas are pertinent from micro-fluidic chips at the small scale to pollution tracking and prediction in oceanic flows on a much larger scale and touch on some of the deep questions in fluid dynamics, such as the nature of turbulence. Spencer is also very interested in the intersection of art and physics and is curating a show at the MHC Art Museum fall 2017 on the science photographs of Berenice Abbott. Smith's spring course will explore physics themes and their representation in art.
Assistant Professor of Physics
physics (fluid dynamics); math (dynamic systems theory & topology); computer science (finite elements, data structures, algorithm development, and numerical methods)