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Explore la théorie des pavages apériodiques et leur lien avec les nombres métalliques, allant au-delà du nombre d'or vers de nouvelles familles de pavages.
Explore quantum groups and vertex algebras to construct invariants of knots and 3D manifolds, plus discover geometric invariants from logarithmic conformal field theories.
Explore advanced vertex operator algebra extensions and their connections to quantum groups, integrable systems, and the geometric Langlands program through tensor category techniques.
Explore vertex operator algebra extensions and their deformations, connecting quantum groups, tensor categories, and integrable systems with applications to critical level algebras.
Explore the Besicovitch compression phenomenon and its connection to the Kakeya set conjecture, covering geometric analysis, harmonic analysis, and PDE applications.
Explore advanced mathematical physics through lectures on Hamiltonian systems, quantum field theory, integrable systems, and modern applications in quantum computing and cryptography.
Explore advanced mathematical analysis through expert videoconferences covering spectral theory, differential equations, geometric analysis, and harmonic functions.
Explore advanced quantum many-body systems through conformal field theory, covering quantum Hall effects, topological matter, and critical phenomena in this intensive workshop.
Explore advanced mathematical techniques bridging numerical analysis, machine learning, and optimization through expert lectures on neural networks, differential equations, and algorithmic methods.
Découvrez les systèmes de particules en interaction et leurs limites hydrodynamiques à travers des conférences d'experts sur les modèles stochastiques avancés.
Explore computer-assisted proof methods for dynamical systems and nonlinear analysis through expert presentations on chaos, bifurcations, and rigorous numerical techniques.
Explore mathematical modeling techniques applied to biological systems including neural networks, cell behavior, cancer dynamics, and immune responses through expert videoconferences.
Explore advanced geometric inequalities and volume bounds for convex bodies through projections and intersections with coordinate hyperplanes and subspaces.
Explore how geometric variations affect spectral properties in this advanced mathematical seminar on spectral geometry by Chris Judge from Indiana University.
Explore advanced mathematical relationships between geometric variations and spectral properties in this specialized seminar on spectral geometry theory.
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