Mathematical Methods of Classical Mechanics

E1046815

Mathematical Methods of Classical Mechanics is a highly influential textbook by Vladimir Arnold that presents classical mechanics using rigorous mathematical methods and modern geometric language.

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Mathematical Methods of Classical Mechanics canonical 1

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Predicate Object
instanceOf book
textbook
approach geometric formulation of mechanics
audience advanced undergraduates
graduate students
researchers in mathematical physics
author Vladimir Arnold NERFINISHED
category mathematics textbook
physics textbook
contains exercises
numerous worked examples
emphasis geometric viewpoint
mathematical rigor
field classical mechanics
differential geometry
mathematical physics
influencedField geometric mechanics
symplectic geometry in physics
language English
Russian
notableFor integration of differential geometry with mechanics
modern geometric treatment of classical mechanics
originalLanguage Russian
relatedConcept Arnold–Liouville theorem NERFINISHED
relatedWork Vladimir Arnold’s books on ordinary differential equations
topic Hamiltonian mechanics
Hamilton–Jacobi theory
Lagrangian mechanics
Lie groups in mechanics
Noether’s theorem NERFINISHED
Poisson brackets
action-angle variables
canonical transformations
integrable systems
perturbation theory in mechanics
phase space
stability of motion
symplectic geometry
variational principles
uses modern geometric language
rigorous mathematical methods

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Vladimir Arnold notableWork Mathematical Methods of Classical Mechanics