Hamiltonian Systems and Liouville Integrability

AI Thread Summary
The discussion centers on the challenges faced by a mathematics junior researching Hamiltonian systems and Liouville integrability, particularly with the complexity of Vilasi's graduate-level book. The author finds the text poorly written and assumes prior knowledge of Hamiltonian dynamics, functional analysis, and differential geometry without adequate explanations. They seek recommendations for a simpler, more accessible book that covers Liouville integrability without delving into Liouville's theorem. The author is also using Goldstein's work to aid their understanding. Overall, the thread highlights the need for clearer educational resources in advanced mathematical topics.
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Hi

I am a mathematics junior and I am doing a research project on hamiltonian systems and liouville integrability (don't ask why...). I am using the book by Vilasi, a graduate level book, but I am finding it quite difficult and badly written; for instance he uses functional analysis and differential geometry concepts without defining things, explaining or proving certain things. He also expects you o already know Hamiltonian dynamics. So I was wondering if there is a relatively simple book that would cover Liouville integrability (NOT Liouville's theorem as given "[URL for phase space)? By relatively simple, I mean ofcourse accessible to me, a junior math student (all the physics I once knew I have mostly forgotten, but I am using Goldstein to help me along the way).
 
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I guess this means no one can help me?
 
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