Joseph Krasil'shchik's introductory lectures on the Geometry of Differential Equations
Autumn 2010 - Spring 2011
Short syllabus
- Jets of bundles
The Cartan distribution
Symmetries of the Cartan distribution
The Lie-Bäcklund theorem
- Nonlinear differential equations and operators
Classical symmetries of differential equations, their computation and application
The Bianchi-Lie theorem
- Infinite jets and geometric structures on them
The Cartan distribution on infinite jets and its symmetries
Linearizations and evolutionary vector fields
- Prolongations of differential equations
Infinitely prolonged equations
Higher symmetries of differential equations, their computation and application
- Recursion operators for symmetries
Nijenhuis brackets
- Differential coverings and nonlocal symmetries
- The Vinogradov spectral sequence
Homological foundations of Lagrangian formalism
- Schouten brackets and Hamiltonian structures
- Natural coverings in the category of differential equations and integrability
Video records of the lectures
- Lecture 9 (24 November 2010) is missing
- Lecture 10 (1 December 2010), audio is missing
Recommended literature
(English translation: Symmetries and conservation laws for differential equations of mathematical physics, AMS, 1999.)