This article is a review of two related classical topics of Hamiltonian systems and celestial mechanics. The first section deals with the existence and construction of action-angle coordinates, which we describe emphasizing the role of the natural adiabatic invariants ''$\oint_\gamma p\, dq$''. The second section is the construction and properties of the Poincaré coordinates in the Kepler problem, adapting the principles of the former section, in an attempt to use known first integrals more directly than Poincaré did
We derive the classical Delaunay variables by finding a suitable symmetry action of the three torus ...
We derive the classical Delaunay variables by finding a suitable symmetry action of the three torus ...
This paper is a review of the dynamics of a system of planets. It includes the study of averaged equ...
International audienceThis article is a review of two related classical topics of Hamiltonian system...
International audienceThis article is a review of two related classical topics of Hamiltonian system...
An elementary introduction to the adiabatic invariants of the Kepler problem is proposed. Unlike the...
We present a simple formula for the Hamiltonian in terms of the actions for spherically symmetric, s...
Abstract: Kepler’s equations are considered as central to Celestial Mechanics since their solutions ...
The purpose of this thesis is to explore the mathematics behind these action-angle coordinates, and ...
In order to analyse the dynamics of a given Hamiltonian system in the space defined as the Cartesian...
Abstract. We prove the action-angle theorem in the general, and most natural, context of integrable ...
Part seventeen of course materials for Classical Dynamics (Physics 520), taught by Gerhard Müller at...
When the dynamics is constrained by adiabatic invariance, a reactive process can be described as a o...
My work focuses on the Elliptic Restricted Three body problem and the coordinate systems used within...
Action-angle coordinates are an essential tool for understanding the properties of the six dimension...
We derive the classical Delaunay variables by finding a suitable symmetry action of the three torus ...
We derive the classical Delaunay variables by finding a suitable symmetry action of the three torus ...
This paper is a review of the dynamics of a system of planets. It includes the study of averaged equ...
International audienceThis article is a review of two related classical topics of Hamiltonian system...
International audienceThis article is a review of two related classical topics of Hamiltonian system...
An elementary introduction to the adiabatic invariants of the Kepler problem is proposed. Unlike the...
We present a simple formula for the Hamiltonian in terms of the actions for spherically symmetric, s...
Abstract: Kepler’s equations are considered as central to Celestial Mechanics since their solutions ...
The purpose of this thesis is to explore the mathematics behind these action-angle coordinates, and ...
In order to analyse the dynamics of a given Hamiltonian system in the space defined as the Cartesian...
Abstract. We prove the action-angle theorem in the general, and most natural, context of integrable ...
Part seventeen of course materials for Classical Dynamics (Physics 520), taught by Gerhard Müller at...
When the dynamics is constrained by adiabatic invariance, a reactive process can be described as a o...
My work focuses on the Elliptic Restricted Three body problem and the coordinate systems used within...
Action-angle coordinates are an essential tool for understanding the properties of the six dimension...
We derive the classical Delaunay variables by finding a suitable symmetry action of the three torus ...
We derive the classical Delaunay variables by finding a suitable symmetry action of the three torus ...
This paper is a review of the dynamics of a system of planets. It includes the study of averaged equ...