Topological Recursion and Matrix Models - Lecture 5
Explore topological recursion and matrix models in-depth with expert Bertrand Eynard. Gain advanced insights into complex mathematical concepts and their applications.
Geometry and Integrability - Lecture by Bertrand Eynard
Explorez la géométrie et l'intégrabilité dans cette conférence mathématique approfondie, mettant en lumière les systèmes intégrables et leurs applications.
Geometric Recursion - Lecture I
Explore geometric recursion, its relation to topological recursion, and applications in Teichmüller spaces, moduli spaces, and mapping class group invariant functions.
Topological Recursion for Masur-Veech Volumes
Explore geometric recursion's impact on multicurve length statistics and Masur-Veech volumes in moduli spaces of quadratic differentials, based on collaborative research findings.
Topological Recursion: From A to Z
Comprehensive exploration of topological recursion, covering fundamental concepts to advanced applications in mathematics and physics.
Geometric Recursion for Combinatorial Teichmüller Spaces and Applications
Explores geometric recursion in combinatorial Teichmüller spaces, covering Mirzakhani-McShane identity, Topological Recursion, and discrete versions, with applications to Witten-Kontsevich theorem and Norbury's polynomials.
Polynomials for Quivers and Topological Recursion
Explore A-polynomials for quivers and their connection to topological recursion in this advanced mathematics lecture by Piotr Sułkowski from the University of Warsaw.
Topological Recursion for Hurwitz Theory and Intersection Theory of Moduli Spaces of Curves
Explore topological recursion in Hurwitz theory and its connections to moduli spaces of curves. Discover ELSV-type formulae and their impact on understanding ramifications and cohomological field theories.
Prequels and Possible Sequels to Topological Recursion
Exploration of topological recursion's origins, connections to Hopf algebras, and potential future developments, bridging discrete data and moduli spaces through cubical complexes.
Open-Relative Correspondence and Topological Recursion
Explore the connection between open Gromov-Witten invariants and relative Gromov-Witten invariants in symplectic geometry, and their relation to topological recursion.
Topological Recursion, Virasoro-W-Algebra Constraints, and Kontsevich-Soibelman
Explore Virasoro and W-algebra constraints in topological recursion, Kontsevich-Soibelman operators, and their connection to Conformal Field Theory in this advanced mathematics lecture.
Topological Recursion - Lecture II
Explore advanced concepts in topological recursion with expert Bertrand Eynard, delving into complex mathematical theories and their applications in physics and geometry.
Topological Recursion - Lecture I
Explore the foundations of topological recursion with expert Bertrand Eynard, delving into mathematical concepts and applications in this comprehensive lecture.
Geometric Recursion - Lecture II
Explore geometric recursion's relation to topological recursion, focusing on mapping class group invariant functions and their applications in moduli spaces and Gromov-Witten invariants.
On the X Y Symmetry in Topological Recursion via Loop Insertion Operator
Explore the x-y symmetry in Topological Recursion through the lens of loop insertion operators, delving into advanced mathematical concepts and their applications.
How Topological Recursion Organises Quantum Fields on Noncommutative Geometries
Explore how topological recursion structures quantum fields in noncommutative geometries, presented by Alexander Hock from the University of Oxford.
How Topological Recursion Organizes Quantum Fields on Noncommutative Geometries - Part 2
Explore advanced concepts in quantum field theory, focusing on topological recursion and its application to noncommutative geometries in this advanced mathematics lecture.
Progress in the Combinatorial Understanding of Higher-Order Free Cumulants
Explore higher-order free moments and cumulants in random matrices, focusing on combinatorial derivations and decomposition of bipartite planar maps for advanced mathematical insights.
Around the Joint Behavior of Independent Random Tensor Matrices - Lecture 3
Explore advanced topics in free probability theory, focusing on joint behavior of independent random tensor matrices and symmetry groups, with applications in matrix analysis.
Around the Joint Behavior of Independent Random Tensor Matrices - Lecture 2
Explore advanced topics in free probability theory, focusing on joint behavior of independent random tensor matrices and symmetry groups, with applications in matrix analysis.
Functional Relations for Higher Order Free Cumulants and Moments
Explore functional relations between generating series of cumulants and moments in higher order free probability. Gain insights into matrix models and topological recursion.