For the spin-1 system in a slowly varying magnetic field, the authors investigate its classical analogue to calculate the Hannay angle and explicitly check that this is related to Berry's phase according to the well known semiclassical formula
The effect of the radiation reaction on the precession of a classical charged particle in a magnetic...
This paper contains an evaluation of the Berry phases associated with the following class of nonline...
In an analysis published in 1890 G.H. Bryan investigated the retrograde precession of the nodal poin...
For the spin-1 system in a slowly varying magnetic field, the authors investigate its classical anal...
We consider, within the framework developed by Hannay for classical integrable systems (Hannay, 1985...
We are accustomed to think the phase of single particle states does not matter. After all, the phase...
According to Berry, quantum states of a hamiltonian which varies adiabatically through a circuit C i...
We calculate the Berry phase of a spin-1/2 particle in a magnetic field considering the quantum natu...
We calculate the Berry phase of a spin-1/2 particle in a magnetic field considering the quantum natu...
We show how the exact evolution and nonadiabatic Hannay's angle of Grassmannian classical mechanics...
It has been recently found that the equations of motion of several semiclassical systems must take i...
We investigate the Berry phase of adiabatic quantum evolution in the atom-molecule conversion system...
Abstract. The Hannay angles arise in classical mechanics as an anholonomy effect for adiabatically t...
The semiclassical evolution of spinning particles has recently been re-examined in condensed matter ...
We investigate the Berry phase for quantum spin system in q-deformed magnetic field. Through the q-d...
The effect of the radiation reaction on the precession of a classical charged particle in a magnetic...
This paper contains an evaluation of the Berry phases associated with the following class of nonline...
In an analysis published in 1890 G.H. Bryan investigated the retrograde precession of the nodal poin...
For the spin-1 system in a slowly varying magnetic field, the authors investigate its classical anal...
We consider, within the framework developed by Hannay for classical integrable systems (Hannay, 1985...
We are accustomed to think the phase of single particle states does not matter. After all, the phase...
According to Berry, quantum states of a hamiltonian which varies adiabatically through a circuit C i...
We calculate the Berry phase of a spin-1/2 particle in a magnetic field considering the quantum natu...
We calculate the Berry phase of a spin-1/2 particle in a magnetic field considering the quantum natu...
We show how the exact evolution and nonadiabatic Hannay's angle of Grassmannian classical mechanics...
It has been recently found that the equations of motion of several semiclassical systems must take i...
We investigate the Berry phase of adiabatic quantum evolution in the atom-molecule conversion system...
Abstract. The Hannay angles arise in classical mechanics as an anholonomy effect for adiabatically t...
The semiclassical evolution of spinning particles has recently been re-examined in condensed matter ...
We investigate the Berry phase for quantum spin system in q-deformed magnetic field. Through the q-d...
The effect of the radiation reaction on the precession of a classical charged particle in a magnetic...
This paper contains an evaluation of the Berry phases associated with the following class of nonline...
In an analysis published in 1890 G.H. Bryan investigated the retrograde precession of the nodal poin...
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