Quadratic Hamilton–Poisson systems on se(1,1)∗− : the Inhomogeneous case

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Authors

Barrett, D.I.
Biggs, Rory
Remsing, C.C.

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Springer

Abstract

We consider equivalence, stability and integration of quadratic Hamilton–Poisson systems on the semi-Euclidean Lie–Poisson space se(1,1)∗−. The inhomogeneous positive semidefinite systems are classified (up to affine isomorphism); there are 16 normal forms. For each normal form, we compute the symmetry group and determine the Lyapunov stability nature of the equilibria. Explicit expressions for the integral curves of a subclass of the systems are found. Finally, we identify several basic invariants of quadratic Hamilton–Poisson systems.

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Keywords

Hamilton–Poisson system, Lie–Poisson space, Lyapunov stability, Poisson equation, Euclidean, Hamiltons, Integral curves, Normal form, Positive semidefinite, Symmetry groups, System stability

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Citation

Barrett, D.I., Biggs, R. & Remsing, C.C. Quadratic Hamilton–Poisson Systems on se(1,1)∗−: The Inhomogeneous Case. Acta Applicandae Mathematicae (2018) 154: 189-230. https://doi.org/10.1007/s10440-017-0140-3.