Steppingstones in Hamiltonian dynamics
Thomas F. Jordan
Abstract
Easy steps through essential Hamiltonian dynamics are outlined, from necessary definitions of Poisson brackets and canonical transformations, to a quick proof that Hamiltonian evolution is made by canonical transformations, the quickest proof of Liouville's theorem, and on to Poincare-Cartan integral invariants and completely integrable dynamics, making room, providing tools, and setting the stage for more recent developments.
Create a lesson
Related papers
Calculating a journey to Mars with introductory physics
Jorge Pinochet
From Prompts to Physical Laws: A Generative AI Workflow for Engineering Physics Education
Laura B. Alvarado-Cruz, Josep Ll. Suñer, Pedro Yuste et al.
Trends, Impact, and Thematic Evolution of Physics Education: A Bibliometric and Topic Modelling Analysis of Six Decades of Publications
Purwoko Haryadi Santoso, Nurlina, Mutmainna
Analytical and Experimental Study of a Variable-Mass Oscillator with Constant Mass Loss
Rod Milbrandt, Josep Ll. Suñer, Juan C. Castro-Palacio et al.
Bringing Engineering into the Physics Lab: Exploring Crank-Slider Dynamics with Smartphones
Josep Ll. Suñer, Rod Milbrandt, Juan C. Castro-Palacio et al.
Does a Higher Frame Rate Improve the Measurement of g? Precision and Accuracy in Video Analysis
Mauricio Echiburu Fuenzalida, Nicolás Fernández Astudillo