## Faculty

### Peter Alfeld

Numerical analysis. Approximation theory. Splines.

### Alexander Balk

Fluid mechanics. Non-linear waves. Partial differential equations.

### Paul C. Bressloff

Mathematical modeling and analysis of neural systems.

### Andrej Cherkaev

Mechanics of deformable solids and structural optimization. Homogenization. Calculus of variations.

### Elena Cherkaev

Inverse problems. Numerical methods. Optimization.

### Yekaterina Epshteyn

Numerical Methods for PDEs. Scientific computing. Applied mathematics. Mathematical modeling with applications to Material Science and Biology.

### Aaron Fogelson

Fluid dynamics of platelet aggregation and coagulation during hemostasis (normal blood clotting) and thrombosis (pathological blood clotting within blood vessels). Numerical analysis. Scientific computing.

### Kenneth M. Golden

Fluid flow through sea ice. Remote sensing of sea ice. Statistical mechanics of electrorheological fluids.

### Fernando Guevara Vasquez

Inverse problems for elliptic and hyperbolic equations. Cloaking. Numerical analysis.

### Christel Hohenegger

Low Reynolds number fluid dynamics. Rheology of complex fluids. Soft matter suspensions. Math Biology. Applied mathematics.

### Graeme Milton

Composite materials. Cloaking. Optics. Electromagnetic theory. Statistical mechanics.

### Akil Narayan

Numerical Analysis. Scientific Computing. Approximation Algorithms.

### Braxton Osting

Partial Differential Equations. Optimization and Control. Graph Theory. Machine Learning.

### Andrejs Treibergs

Geometric analysis, particularly its application to problems in mechanics and physics.

### Jingyi Zhu

Mathematical finance. Material science. Fluid mechanics. Numerical methods.

Webmasters: Yekaterina Epshteyn and Fernando Guevara Vasquez.