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Explore theta lifting, seesaw identities, and Langlands functoriality in number theory, focusing on modular forms and local Shimura-Waldspurger correspondence.
Explores hydrodynamic limits and marginal dynamics of interacting stochastic processes on sparse random graphs, contrasting with mean-field limits and discussing applications in various scientific fields.
Explore quantum systems, Bose-Einstein condensation, and nonlinear Gibbs measures in this advanced mathematics lecture on mean-field limits and symmetry-induced independence.
Explore advanced mathematical concepts beyond linear algebra, including critical point equations, nonlinear algebra in PDE, and geometric interpretations in optimization and statistics.
Explore mathematical analysis and numerical methods for inverse scattering problems, covering applications, challenges, algorithms, and recent progress in stability analysis and deep learning approaches.
Explore connections between algebra centers and geometric cohomology, focusing on quantum groups and affine Springer fibers in Lie theory.
Explore algorithmic aspects of discrepancy theory, including vector balancing, Spencer's Problem, and Banaszczyk's Theorem, with insights on geometric perspectives and partial coloring techniques.
Explore stability and recursive solutions in Hamiltonian PDEs, focusing on oscillating motions near elliptic fixed points, KAM theory applications, and the interplay between chaotic and recursive phenomena.
Explore the theory behind Graph Neural Networks, covering approximation, learning properties, and connections to graph isomorphism, equivariant functions, and dynamic programming.
Explore Ramsey theory on infinite structures, focusing on homogeneous structures. Learn about recent developments, methodologies, and ongoing research in this complex area of mathematics.
Explore canonical Kähler metrics, algebraic variety stability, and the Yau-Tian-Donaldson conjecture in complex geometry. Delve into Kähler manifolds, curvature, and pluripotential theory with recent progress and applications.
Explore Furstenberg disjointness, Ratner properties, and Sarnak's conjecture in number theory and ergodic theory. Delve into multiplicative functions, topological dynamics, and connections to the Chowla conjecture.
Explore structure-preserving model order reduction for Hamiltonian systems, focusing on symplectic geometry and reduced basis algorithms. Learn about extensions to nonlinear problems and applications in plasma physics.
Explores KPZ universality in particle systems, growth models, and polymers, discussing limit theorems, integrable methods, and recent results on periodic domains.
Explore computer-assisted mathematical proofs, from the four-color puzzle to homotopy type theory. Learn how computer science methods enhance mathematical language, leading to new insights and advancements in formal proofs.
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