All Scientific members of the International Max Planck Research School "Mathematics in the Sciences". For more information follow the links to view the homepages of the research groups (will be opened in a new window).

• Daniele Agostini (Algebraic Geometry, Nonlinear Algebra)
• Paul Breiding (Algebra, Discrete Structures, Geometrie, Computer Algebra)
• Noémie Combe (Algebra, High Order Structures)
• Tatjana Eisner (Functional Analysis, Operator theory, Dynamical Systems, Ergodic Theory)
• Tobias Finis (Algebra)
• Benjamin Gess (Stochastic PDEs)
• Jonas Hirsch (Analysis)
• Stefan Hollands (General Relativity Theory, Quantum Field Theory)
• Wolfhard Janke (Statistical Physics)
• Jürgen Jost (Mathematics of Complex Systems, Mathematical Biology, Geometric Analysis, Mathematical Physics, Riemannian Geometry, Dynamical Systems, Graph Theory and Network Analysis, Mathematical Economics and Social Sciences)
• Michael Joswig (Algebraic geometry, Mathematical software)
• Bernd Kirchheim (Calculus of Variations, Geometrical Measure Theory)
• Klaus Kroy (Biophysics, Soft Matter)
• Stephan Luckhaus (PDEs, Calculus of Variations, Mathematical Physics, Stochastics)
• Guido Montúfar (Mathematical Machine Learning)
• Raffaella Mulas (Geometry, Combinatorics and Applied Algebraic Geometry, Data Science / Mathematics of Data )
• Felix Otto (PDEs, Mathematical Physics, Material Science, Stochastics, Calculus of Variations)
• Felix Pogorzelski (Functional Analysis)
• Hans-Bert Rademacher (Differential Geometry)
• Bernd Rosenow (Theoretical Physics)
• Artem Sapozhnikov (Stochastics and Percolation Theory)
• Matthias Schwarz (Symplectic Geometry)
• Rainer Sinn (Algebraic Geometry, Discrete Geometry)
• Matteo Smerlak (Physics)
• Peter F. Stadler (Bioinformatics, Graph Theory and Network Analysis, Mathematical and Theoretical Biology)
• Bernd Sturmfels (Nonlinear Algebra)
• László Székelyhidi (Analysis, PDE, Fluid Dynamics, Calculus of Variations)
• André Uschmajew (Geometry)
• Rainer Verch (Mathematical and Theoretical Physics, Relativity Theory and Quantum Field Theory)
• Max von Renesse (Stochastics and Mathematical Finance)