Add to ORKGThe effect of fluctuations in the classical control parameters on the Berry phase of a spin 1/2 interacting with a adiabatically cyclically varying magnetic field is analyzed. It is explicitly shown that in the adiabatic limit dephasing is due to fluctuations of the dynamical phase the dynamical phase
We study a long-range interacting spin-1/2 system in the mean-field perspective, and obtain an analy...
The Berry phase of a bipartite system described by a Heisenberg XXZ model driven by a one-site magne...
When a quantum system adiabatically traverses a closed cycle in the parameter space, the wave functi...
We investigate the decoherence effect of a bosonic bath on the Berry phase of a spin-$\frac{1}{2}$ ...
We study the adiabatic evolution of a two-level model in the presence of an external classical elect...
We examine both quantum and classical versions of the problem of spin evolution in a slowly varying ...
According to Berry, quantum states of a hamiltonian which varies adiabatically through a circuit C i...
Due to its geometric nature Berry's geometric phase exhibits stability to a great extent when expos...
Restricted Access.Weak localization due to coherent back-scattering in the presence of spin-orbit co...
The quantum-mechanical Berry phase due to a randomly fluctuating magnetic field is calculated by exp...
Berry's phase is calculated as a term in the derivative xpansion of the effective action of a s...
We show that the difference of adiabatic phases, that are basis-dependent, in noncyclic evolution of...
Weak localization due to coherent back-scattering in the presence of spin-orbit coupling is examined...
We study the effects of an extra static magnetic field, coupling with one of the two entan...
Based on a new type of two-level-system reservoir, we investigate the impact of dissipation on Berry...
We study a long-range interacting spin-1/2 system in the mean-field perspective, and obtain an analy...
The Berry phase of a bipartite system described by a Heisenberg XXZ model driven by a one-site magne...
When a quantum system adiabatically traverses a closed cycle in the parameter space, the wave functi...
We investigate the decoherence effect of a bosonic bath on the Berry phase of a spin-$\frac{1}{2}$ ...
We study the adiabatic evolution of a two-level model in the presence of an external classical elect...
We examine both quantum and classical versions of the problem of spin evolution in a slowly varying ...
According to Berry, quantum states of a hamiltonian which varies adiabatically through a circuit C i...
Due to its geometric nature Berry's geometric phase exhibits stability to a great extent when expos...
Restricted Access.Weak localization due to coherent back-scattering in the presence of spin-orbit co...
The quantum-mechanical Berry phase due to a randomly fluctuating magnetic field is calculated by exp...
Berry's phase is calculated as a term in the derivative xpansion of the effective action of a s...
We show that the difference of adiabatic phases, that are basis-dependent, in noncyclic evolution of...
Weak localization due to coherent back-scattering in the presence of spin-orbit coupling is examined...
We study the effects of an extra static magnetic field, coupling with one of the two entan...
Based on a new type of two-level-system reservoir, we investigate the impact of dissipation on Berry...
We study a long-range interacting spin-1/2 system in the mean-field perspective, and obtain an analy...
The Berry phase of a bipartite system described by a Heisenberg XXZ model driven by a one-site magne...
When a quantum system adiabatically traverses a closed cycle in the parameter space, the wave functi...