| Lecturer | Albert Fathi |
|---|---|
| Dept. | ENS-Lyon |
| date | Sep 02, 2015 |
The goal of this lecture is to explain and motivate the connection between AubryMather theory (Dynamical Systems), and viscosity solutions of the Hamilton-Jacobi equation (PDE). This connection is the content of weak KAM Theory. The talk should be accessible to the “generic” mathematician. No a priori knowledge of any of the two subjects is assumed.
A New Approach to Discrete Logarithm with Auxiliary Inputs
A wrapped Fukaya category of knot complement and hyperbolic knot
Algebraic surfaces with minimal topological invariants
Combinatorics and Hodge theory
Contact topology and the three-body problem
Harmonic bundles and Toda lattices with opposite sign
Irreducible Plane Curve Singularities
Mathematical Analysis Models and Siumlations
Persistent Homology
Queer Lie Superalgebras
Regularity of solutions of Hamilton-Jacobi equation on a domain
Regularization by noise in nonlinear evolution equations
Structures on Persistence Barcodes and Generalized Persistence
Topological Mapping of Point Cloud Data
What is Weak KAM Theory?
최고과학기술인상수상 기념강연: On the wild world of 4-manifolds
허준이 교수 호암상 수상 기념 강연 (Lorentzian Polynomials)
