Non-integrability of the Armbruster-Guckenheimer-Kim quartic Hamiltonian through Morales-Ramis theory
P. Acosta-Hum\'anez, M. Alvarez-Ram\'irez, T. Stuchi

TL;DR
This paper proves the non-integrability of a specific quartic Hamiltonian system using Morales-Ramis theory, except for known integrable cases, and illustrates the transition to chaotic behavior with Poincaré sections.
Contribution
It applies Morales-Ramis theory to establish non-integrability of the Armbruster-Guckenheimer-Kim Hamiltonian, identifying all non-integrable parameter regimes.
Findings
Non-integrability proven for most parameter values.
Identification of known integrable cases.
Visualization of chaotic dynamics via Poincaré sections.
Abstract
We show the non-integrability of the three-parameter Armburster-Guckenheimer-Kim quartic Hamiltonian using Morales-Ramis theory, with the exception of the three already known integrable cases. We use Poincar\'e sections to illustrate the breakdown of regular motion for some parameter values.
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Taxonomy
TopicsNonlinear Waves and Solitons · Quantum chaos and dynamical systems · Advanced Algebra and Geometry
