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.
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.
<학부생을 위한 ε 강연> 수학과 예술 - 초기 컴퓨터 그래픽
<학부생을 위한 강연> 수학과 보험산업
Fixed points of symplectic/Hamiltonian circle actions
Global result for multiple positive radial solutions of p-Laplacian system on exterior domain
행렬, 행렬함수 그리고 행렬방정식 (Matrix, Matrix Functions and Matrix Equations)
Mathematics, Biology and Mathematical Biology
Symplectic topology and mirror symmetry of partial flag manifolds
Q-curvature in conformal geometry
Averaging formula for Nielsen numbers
Symmetry Breaking in Quasi-1D Coulomb Systems
Noncommutative Surfaces
Regularity theory for non-autonomous elliptic equations in divergence form
Elliptic equations with singular drifts in critical spaces
Descent in derived algebraic geometry
Entropy of symplectic automorphisms
Integer partitions, q-series, and Modular forms
On the distributions of partition ranks and cranks
Volume entropy of hyperbolic buildings
Contact Homology and Constructions of Contact Manifolds
Geometry, algebra and computation in moduli theory