Kostelich is interested in nonlinear dynamics, uncertainty quantification, and mathematical biology.

The aim of Lanchier's research is to understand the role of space in biological and social communities through the mathematical analysis of a class of stochastic processes known as interacting particle systems.

Tepedelenlioglu's areas of expertise include wireless communications statistical signal processing estimation and equalization.

Tang’s research concerns the nonlinear dynamics of fluids that are relevant in environmental sciences and geophysics.

Smith's research focuses on differential equations, dynamical systems, and their applications to the biological sciences.

Research interests: 3D Navier-Stokes & Maxwell equations, 4D Spacetime dynamic Doppler theory and relativistic effects, physics-informed AI/ML computational modeling and stochastic theory of electromagnetic wave propagation

Motsch' research interests focus in the mathematical modeling of biological systems and especially those which exhibit self-organization such as bacterial colonies or flock of birds.