The Australian National University
Mathematical Sciences Institute (MSI)
Research Programs
document location: http://wwwmaths.anu.edu.au/research.programs/index.html

Research Programs in the Mathematical Sciences Institute

The principal research activities of the MSI, which are administered through the CMA, are divided into seven programs with the following main interests:
Computational Mathematics: analysis of algorithms, approximation, combinatorics, computational complexity, computational number theory, data mining, environmental modeling, numerical analysis, numerical solution of PDEs, optimisation, parallel algorithms, symbolic computation, randomised algorithms and simulation Mathematical Physics and Theoretical Astro-Physics: string theory, exactly solved models in statistical mechanics, related combinatorics, spin ladders, chiral Potts model, theoretical morphology and stromatolites, geometric methods, quantum field theory, modelling of accretion disks, modelling of stars and stellar atmospheres, and fluid mechanical problems
Algebra and Topology: algebraic geometry, algebraic K-theory, number theory and homotopy theory, as well as the more traditional areas of finite and discrete groups, and representations of Lie algebras Statistical Science: applied statistics, bioinformatics, statistical genetics, biometrics, medical statistics, epidemiology, survival analysis, bootstrap methods, curve estimation, spatial statistics, data mining and robust statistical inference
Analysis and Geometry: several complex variables, Banach algebras, spectral theory of operators, harmonic analysis on Lie groups, manifolds and Lipschitz surfaces, microlocal analysis on manifolds with corners, non-commutative geometry, and applications to pde's and Maxwell's equations Stochastic Analysis: applied probability with interests in general properties of a range of models as well as in particular models; applications include mathematical finance, telecommunication systems and epidemics
Applied and Nonlinear Analysis: nonlinear pde's, variational problems, minimal surfaces and affine maximal hypersurfaces, monotonicity formulae, interior second derivative and interior curvature bounds, harmonic maps, heat flow, and the theoretical aspects of numerical analysis

In addition, the MSI hosts two virtual centres: