Easy-to-Follow Proofs for Symplectic Manifolds: A Comprehensive Resource

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SUMMARY

This discussion identifies key resources for understanding symplectic manifolds, emphasizing the need for accessible proofs. Recommended texts include "Lectures on Symplectic Geometry" by Anna Canna Da Silva for beginners, and "Classical Mechanics" by Abraham and Marsden for foundational concepts. For more advanced study, "Introduction to Symplectic Topology" by Salamon and McDuff is suggested, though it is noted to be more challenging. The conversation highlights the necessity of a solid mathematical background to grasp the complexities of symplectic geometry.

PREREQUISITES
  • Understanding of basic differential geometry concepts
  • Familiarity with classical mechanics principles
  • Knowledge of symplectic forms and their properties
  • Mathematical proficiency in advanced calculus and topology
NEXT STEPS
  • Study "Lectures on Symplectic Geometry" by Anna Canna Da Silva for foundational knowledge
  • Explore "Classical Mechanics" by Abraham and Marsden for classical mechanics context
  • Investigate "Introduction to Symplectic Topology" by Salamon and McDuff for advanced concepts
  • Review "Classical Dynamical Systems" by Walter Thirring for additional perspectives on dynamics
USEFUL FOR

This discussion is beneficial for students and researchers in mathematics and physics, particularly those focusing on symplectic geometry, classical mechanics, and advanced mathematical concepts.

Nusc
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What's a really good resources with numerous easy-to-follow proofs to theorems on symplectic manifolds?

Arnold is too difficult.
 
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The most basic book is probably Lectures on Symplectic Geometry by Anna Canna Da Silva.

The big book about classical machanics by Abraham and Marsden is also basic but of course it only covers stuff pertinent to classical mechanics.

After that there is Introduction to Symplectic Topology by Salamon and McDuff but this is already more difficult.
 
I picked up the one by Marsden, the rest seemed to advanced for me.
 
What is the source of your interest in symplectic geometry? Do you want to learn about the symplectic formulation of mechanics?
 
Well I can't follow Arnold so I need a better reference.
 
I am just curious which aspects of symplectic geometry you are interested in learning and why.
 
Symplectic formualtion of mechanics to answer ur question.

I need to understand ch. 8 in arnold
 
Try Walter Thirring's "Classical Dynamical Systems" and Fomenko's "Visual Geometry and Topology" .
 
ok, well good luck with marsden!
 
  • #10
Arnold is as basic as it gets, if you want to understand it mathematically. Understanding the definition of a symplectic manifold requires a good deal of math. Since there's no equivalent definition that doesn't require a lot of heavy math, you may be out of luck.
 

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