Classical trajectories are calculated for two Hamiltonian systems with ring shaped potentials. Both systems are super-integrable, but not maximally super-integrable, having four globally defined single valued integrals of motion each. All finite trajectories are quasi-periodical; they become truly periodical if a commensurability condition is imposed on an angular momentum component
Classical (maximal) superintegrable systems in n dimensions are Hamiltonian systems with 2n - 1 inde...
AbstractA family of highly degenerate, nearly integrable, real analytic Hamiltonians of (2n + 2) var...
We investigate classical and semiclassical aspects of codimension-two bifurcations of periodic orbit...
Classical trajectories are calculated for two Hamiltonian systems with ring shaped potentials. Both ...
Classical trajectories are calculated for two Hamiltonian systems with ring shaped potentials. Both ...
28 pages, Tex fileThis paper deals with the classical trajectories for two super-integrable systems:...
The dynamics of conservative mechanics are modelled by Hamiltonian systems. These are called integra...
The dynamics of conservative mechanics are modelled by Hamiltonian systems. These are called integra...
The dynamics of conservative mechanics are modelled by Hamiltonian systems. These are called integra...
The dynamics of conservative mechanics are modelled by Hamiltonian systems. These are called integra...
Superintegrable Hamiltonians in three degrees of freedom posses more than three functionally indepen...
Classical numerical integrators do not preserve symplecticity, a structure inherent in Hamiltonian s...
Classical (maximal) superintegrable systems in n dimensions are Hamiltonian systems with 2n - 1 inde...
Bifibrations, in symplectic geometry called also dual pairs, play a relevant role in the theory of s...
Classical (maximal) superintegrable systems in n dimensions are Hamiltonian systems with 2n - 1 inde...
Classical (maximal) superintegrable systems in n dimensions are Hamiltonian systems with 2n - 1 inde...
AbstractA family of highly degenerate, nearly integrable, real analytic Hamiltonians of (2n + 2) var...
We investigate classical and semiclassical aspects of codimension-two bifurcations of periodic orbit...
Classical trajectories are calculated for two Hamiltonian systems with ring shaped potentials. Both ...
Classical trajectories are calculated for two Hamiltonian systems with ring shaped potentials. Both ...
28 pages, Tex fileThis paper deals with the classical trajectories for two super-integrable systems:...
The dynamics of conservative mechanics are modelled by Hamiltonian systems. These are called integra...
The dynamics of conservative mechanics are modelled by Hamiltonian systems. These are called integra...
The dynamics of conservative mechanics are modelled by Hamiltonian systems. These are called integra...
The dynamics of conservative mechanics are modelled by Hamiltonian systems. These are called integra...
Superintegrable Hamiltonians in three degrees of freedom posses more than three functionally indepen...
Classical numerical integrators do not preserve symplecticity, a structure inherent in Hamiltonian s...
Classical (maximal) superintegrable systems in n dimensions are Hamiltonian systems with 2n - 1 inde...
Bifibrations, in symplectic geometry called also dual pairs, play a relevant role in the theory of s...
Classical (maximal) superintegrable systems in n dimensions are Hamiltonian systems with 2n - 1 inde...
Classical (maximal) superintegrable systems in n dimensions are Hamiltonian systems with 2n - 1 inde...
AbstractA family of highly degenerate, nearly integrable, real analytic Hamiltonians of (2n + 2) var...
We investigate classical and semiclassical aspects of codimension-two bifurcations of periodic orbit...