Leif Ristroph is an Associate Professor of Mathematics at New York University's Courant Institute and the director of its Applied Mathematics Laboratory. His work sits at the intersection of experimental physics and mathematics, focusing on how fluids—like air and water—interact with structures, whether they are living creatures or inanimate objects.
Ristroph’s work is characterized by "table-top" experiments. Rather than relying solely on massive wind tunnels or computer simulations, he often builds small, elegant physical models to test fundamental theories.
Ristroph studies how insects, birds, and fish move through fluids. He analyzes the vortices (whirlpools of air or water) created by wings and fins to understand how animals generate lift and thrust.
Leif Ristroph is an Associate Professor of Mathematics at New York University's Courant Institute and the director of its Applied Mathematics Laboratory. His work sits at the intersection of experimental physics and mathematics, focusing on how fluids—like air and water—interact with structures, whether they are living creatures or inanimate objects.
Ristroph’s work is characterized by "table-top" experiments. Rather than relying solely on massive wind tunnels or computer simulations, he often builds small, elegant physical models to test fundamental theories.
Ristroph studies how insects, birds, and fish move through fluids. He analyzes the vortices (whirlpools of air or water) created by wings and fins to understand how animals generate lift and thrust.
