International audienceThe impact of bound states in Landauer-Buttiker scattering approach tonon-equilibrium quantum transport is investigated. We show that the noise powerat frequency $\nu$ is sensitive to all bound states with energies $\omega_b$satisfying $|\omega_b| < \nu$. We derive the exact expression of the boundstate contribution and compare it to the one produced by the scattering statesalone. It turns out that the bound states lead to specific modifications ofboth space and frequency dependence of the total noise power. The theoreticaland experimental consequences of this result are discussed
We show that noise enhances the trapping of trajectories in scattering systems. In fully chaotic sys...
An important feature of bound state quantum mechanics is their discrete energy levels, unlike those ...
We study the influence of off-diagonal harmonic noise on transitions in a Landau-Zener model. We dem...
International audienceThe impact of bound states in Landauer-Buttiker scattering approach tonon-equi...
It is known that a quantum bound state wavefunction may have humps which are linked to the energy st...
Environmental noise plays a key role in determining the efficiency of transport in quantum systems. ...
The effect of noise on quantum teleportation of a spin-½ state using an entangled pair is studied. W...
AbstractLet an infinite, homogeneous, many-body quantum system be unitarily evolved for a long time ...
Classical statistical mechanics appears to be a statistical theory in momentum space with the Maxwel...
Quantum systems are fragile. The decoherence effect, which is caused by interactions between quantum...
In a previous note (1), we argued that in quantum bound states, the classical potential V(x) is real...
Abstract. We briefly review a recently proposed method to detect properties of quantum noise process...
It is known that the quantum bound state wavefunction may oscillate, both in space and momentum spac...
We study the influence of off-diagonal harmonic noise on transitions in a Landau-Zener model. We dem...
We present a detailed analysis of finite-frequency noise for the \u3bd = 5/2 fractional quantum Hall...
We show that noise enhances the trapping of trajectories in scattering systems. In fully chaotic sys...
An important feature of bound state quantum mechanics is their discrete energy levels, unlike those ...
We study the influence of off-diagonal harmonic noise on transitions in a Landau-Zener model. We dem...
International audienceThe impact of bound states in Landauer-Buttiker scattering approach tonon-equi...
It is known that a quantum bound state wavefunction may have humps which are linked to the energy st...
Environmental noise plays a key role in determining the efficiency of transport in quantum systems. ...
The effect of noise on quantum teleportation of a spin-½ state using an entangled pair is studied. W...
AbstractLet an infinite, homogeneous, many-body quantum system be unitarily evolved for a long time ...
Classical statistical mechanics appears to be a statistical theory in momentum space with the Maxwel...
Quantum systems are fragile. The decoherence effect, which is caused by interactions between quantum...
In a previous note (1), we argued that in quantum bound states, the classical potential V(x) is real...
Abstract. We briefly review a recently proposed method to detect properties of quantum noise process...
It is known that the quantum bound state wavefunction may oscillate, both in space and momentum spac...
We study the influence of off-diagonal harmonic noise on transitions in a Landau-Zener model. We dem...
We present a detailed analysis of finite-frequency noise for the \u3bd = 5/2 fractional quantum Hall...
We show that noise enhances the trapping of trajectories in scattering systems. In fully chaotic sys...
An important feature of bound state quantum mechanics is their discrete energy levels, unlike those ...
We study the influence of off-diagonal harmonic noise on transitions in a Landau-Zener model. We dem...