Lopez conducts research in two broad areas: Rotation and buoyancy dominated flows and Interfacial hydrodynamics.

Baer works in the area of mathematical and computational neuroscience.

Pavlic (electrical eng., computer sci., & behavioral ecology) uses ecological thinking to enhance design of engineered complex adaptive systems and engineering tools to find new perspectives on biological form and function.

Banerjee has been teaching at ASU since 2012, including both in-person and online classes over a wide variety of courses, such as Enhanced Freshman Math, College Algebra, Brief Calculus, Math for Business Appl & Calc I.

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.

Gerkin investigates how smell perception, learning and behavior are represented in the brain. He also pursues neuroinformatics, development of tools and standards to facilitate analysis of neuroscience models and data.

Smith is a behavioral neuroscientist studying learning and memory systems in both insects and mammals. His work is being applied to studies of human diseases, such as Alzheimer's and Parkinson's.

Taylor is a theoretical population geneticist who uses mathematical models to explore evolutionary processes. He is especially interested in the biology of soil mites in the Madrean sky islands of Arizona and Sonora.

Watanabe develops mathematical models of biological systems to better understand and predict how chemicals in the environment cause adverse effects in living organisms.

Fricks' research covers a broad range of both biological systems and mathematical tools with which to study those systems.