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The research of our ACM group is focused on studying real-world problems using a wide range of mathematical and computational tools, ranging from numerical methods to network science to evolutionary dynamics.

- Feng Fu
- Mathematical biology; Networks; Evolutionary dynamics; Cooperation; Cancer; Infectious diseases
- Anne Gelb
- Numerical analysis; Imaging and signal processing applications; Numerical partial differential equations
- Dimitris Giannakis
- Dynamical systems; Data science; Quantum information; Climate dynamics
- Yoonsang Lee
- Applied and Computational Mathematics; Numerical PDEs; Uncertainty quantification; Data assimilation
- Ethan Levien
- Probability theory and stochastic processes; Mathematical biology; Statistics
- Peter Mucha
- Complex systems; Data analysis; Networks
- Scott Pauls
- Differential geometry; Data analysis; Complex systems; Applications to economics, neuroscience, sociology, and political science
- Dan Rockmore
- Complex systems; Machine learning; Networks; Computational harmonic analysis
- Dorothy Wallace
- Mathematical biology; Ordinary differential equations; Number theory
- John Voight
- Number theory; Arithmetic geometry; Algebraic computing