Geodesic

List of lectures

Introduction
article no. 1, 2 p.
Hamiltonian structure for one and two dimensional completely integrable systems. Two dimensional completely integrable systems associated with eigenvalue problems and complete description of their meromorphic solutions
Talk no. 1, 37 p.
Pole interpretation of one-dimensional completely integrable systems of Korteweg-de Vries and Burgers-Hopf type
Talk no. 2, 25 p.
Many-particle completely integrable systems and poles of meromorphic solutions of non-linear evolution equations
Talk no. 3, 11 p.
Meromorphic solutions of two-dimensional equations with algebraic laws of conservation
Talk no. 4, 18 p.
Multidimensional two-particles problem with non-central potential
Talk no. 5, 8 p.
Completely integrable class of mechanical systems connected with Korteweg-de Vries and multicomponent Schrödinger equations - I
Talk no. 6, 9 p.
Meromorphic solutions of Benjamin-Ono equation
Talk no. 7, 7 p.
One class of meromorphic solutions of general two-dimensional non-linear equations, connected with the algebraic inverse scattering method
Talk no. 8, 9 p.
Multisoliton formula for completely integrable two-dimensional systems
Talk no. 9, 5 p.
Meromorphic eigenvalue problem, pole interpretation and many-particle problem for non-linear equations
Talk no. 10, 7 p.
Sur les systèmes à plusieurs particules avec potentiel en 1/r 2 , l’équation de Riccatti et les systèmes complètement intégrables reliés à l’équation de Schrödinger
Talk no. 11, 8 p.