Connections
How does geometry guide computation on manifolds?
Fundamental structures in computational and pure mathematics.
Our six research themes study local and global structures, symmetry and order, and relationships between continuous and discrete mathematics.
The six themes overlap: methods and questions from one area often turn out to be useful in another.
How does geometry guide computation on manifolds?
How can mathematical structures vary while preserving their essential properties?
What can we learn from the ways mathematical objects compose?
How can linear algebra make symmetry explicit?
How can nonlinear problems become tractable through linear methods?
What do polynomial systems reveal about algebra, geometry and computation?
Norwegian and Indian researchers connect algebraic coding theory, polynomial optimization and real algebraic geometry to questions of data transmission and encryption.
Explore the projectA collaboration between UiT and the University of California, Berkeley studying stability, hyperbolicity and the geometry of polynomial zeros.
Explore the projectOur Springer book series covers fundamental structures in computational and pure mathematics, with collections of papers, surveys, lecture notes and monographs.
Our book series