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강연자 현동훈
소속 서울대
date 2015-03-12

I will explain the basic concepts of moduli and how moduli spaces can be constructed in algebraic geometry. Exploring the moduli spaces and issues arising from their construction lead to interesting interplay of geometry, algebra and computation.


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첨부 '1'
  1. The process of mathematical modelling for complex and stochastic biological systems

  2. Random walks in spaces of negative curvature

  3. Solver friendly finite element methods

  4. Brownian motion and energy minimizing measure in negative curvature

  5. 학부생을위한ε강연: 수학자는 왜 선망되는 직업일까?

  6. Generalized multiscale HDG (hybridizable discontinuous Galerkin) methods for flows in highly heterogeneous porous media

  7. Weyl character formula and Kac-Wakimoto conjecture

  8. Nonlocal generators of jump type Markov processes

  9. Regularity of solutions of Hamilton-Jacobi equation on a domain

  10. What is Weak KAM Theory?

  11. 정년퇴임 기념강연: 회고

  12. <학부생을 위한 강연> 사색 정리를 포함하는 Hadwiger의 추측의 변형에 관하여

  13. The classification of fusion categories and operator algebras

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

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

  16. On the distributions of partition ranks and cranks

  17. Q-curvature in conformal geometry

  18. Zeros of the derivatives of the Riemann zeta function

  19. 16Mar
    by 김수현
    in 수학강연회

    Geometry, algebra and computation in moduli theory

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

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