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.
L-function: complex vs. p-adic
Iwasawa main conjecture and p-adic L-functions
Iwahori-Hecke algebras and beyond
It all started with Moser
Irreducible Plane Curve Singularities
Introduction to Non-Positively Curved Groups
Integer partitions, q-series, and Modular forms
Infinite order rationally slice knots
Ill-posedness for incompressible Euler equations at critical regularit
Idempotents and topologies
Hybrid discontinuous Galerkin methods in computational science and engineering
How to solve linear systems in practice
High dimensional nonlinear dynamics
Heavy-tailed large deviations and deep learning's generalization mystery
Harmonic bundles and Toda lattices with opposite sign
Hamiltonian dynamics, Floer theory and symplectic topology
Gromov-Witten-Floer theory and Lagrangian intersections in symplectic topology
Green’s function for initial-boundary value problem
Global result for multiple positive radial solutions of p-Laplacian system on exterior domain
Geometry, algebra and computation in moduli theory