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Extra Form
Lecturer Narutaka Ozawa
Dept. RIMS
date Oct 31, 2013

I will talk on Cannes's Embedding Conjecture, which is considered as one of the most important open problems in the field of operator algebras. It asserts that every finite von Neumann algebra is approximable by matrix algebras in suitable sense. It turns out, most notably by Kirchberg, that Cannes's Embedding Conjecture is equivalent to surprisingly
many other important conjectures which touches almost all the subfields of operator algebras and also to other branches of mathematics such as quantum information theory and noncommutative real algebraic geometry.

Atachment
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  1. The classification of fusion categories and operator algebras

  2. Green’s function for initial-boundary value problem

  3. Mechanization of proof: from 4-Color theorem to compiler verification

  4. On the distributions of partition ranks and cranks

  5. Q-curvature in conformal geometry

  6. Zeros of the derivatives of the Riemann zeta function

  7. Geometry, algebra and computation in moduli theory

  8. Gromov-Witten-Floer theory and Lagrangian intersections in symplectic topology

  9. High dimensional nonlinear dynamics

  10. What is model theory?

  11. Essential dimension of simple algebras

  12. Restriction theorems for real and complex curves

  13. Recommendation system and matrix completion: SVD and its applications (학부생을 위한 강연)

  14. Deformation spaces of Kleinian groups and beyond

  15. Idempotents and topologies

  16. Recent progress on the Brascamp-Lieb inequality and applications

  17. Existence of positive solutions for φ-Laplacian systems

  18. Riemann-Hilbert correspondence for irregular holonomic D-modules

  19. Normal form reduction for unconditional well-posedness of canonical dispersive equations

  20. Random conformal geometry of Coulomb gas formalism

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