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Learn Topology, earn certificates with free online courses from Georgia Tech, The Open University, University of Toronto, IIT Kanpur and other top universities around the world. Read reviews to decide if a class is right for you.
Explore advanced concepts in topology, including complex geometric structures and their properties, in this comprehensive lecture by mathematician Bruno Zimmerman.
Explore fundamental concepts of topology, including continuous functions, homeomorphisms, and topological properties, in this advanced mathematics lecture.
Explore advanced concepts in topology with Bruno Zimmerman, delving into complex mathematical structures and their properties in this comprehensive lecture.
Explore fundamental concepts and advanced techniques in topological spaces, manifolds, and algebraic topology with expert guidance from Bruno Zimmerman.
Explore advanced TQFTs, non-semisimple modular categories, and modified traces in topology. Learn about cutting-edge techniques for studying 3-manifolds and mapping class group representations.
Explore advanced topological quantum field theories, focusing on non-semisimple constructions and modified traces for powerful invariants and mapping class group representations.
Explore the connection between surface singularities and their link's topology, focusing on quantum invariants and their relation to the spectrum of Brieskorn spheres.
Explore non-singular triangulation invariants for low-dimensional manifolds, delving into advanced concepts in quantum topology and geometric structures.
Explore the Kashaev invariant for n-manifolds, delving into its mathematical properties and applications in quantum topology.
Explore the intricacies of non-orientable Seifert manifolds and their complexity in this advanced topology lecture by M. Mulazzani.
Explore additive posets, CW-complexes, and graphs in topology with renowned mathematician V.G. Turaev, delving into advanced concepts and their interconnections.
Explore the Hurwitz existence problem for branched covers between surfaces, delving into mathematical concepts and theories related to topology and surface geometry.
Explore non-contractible closed curves in compact space forms, delving into advanced mathematical concepts and their applications in quantum topology.
Explore Turaev-Viro invariants and their application in determining complexity of virtual 3-manifolds, advancing understanding in quantum topology and geometric structures.
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