Add to ORKGWe show that in QCD stochastic vacuum white states of colour charges in the fundamental representation of $SU(N_{c})$ gauge group can be obtained as a result of decoherence of pure colour state into a mixed state. QCD vacuum is treated as the environment. Decoherence rate is found to be proportional to the tension of QCD string and the distance between colour charges. The purity of colour states is calculated
Color-superconducting phases of quantum chromodynamics at vanishing temperatures and high densities ...
We study a model of quark confinement defined by the vanishing of colour currents. The model is show...
The Color-Flavor locking phenomenon is predicted to occur at ultra-high densities in Quantum Chromod...
The results of an interaction of a quantum state of quark with QCD vacuum, where the latter plays a ...
It is shown that confinement of spinless heavy quarks can be treated as decoherence of an arbitrary...
Confinement of spinless heavy quarks in stochastic QCD vacuum can be treated as decoherence. In this ...
The model of stochastic vacuum of quantum chromodynamics might be used for an alternative treatment ...
It is shown that the phenomenon of quantum decoherence, that arises during the interaction of a quan...
It is shown that in stochastic QCD a vacuum color quark is confined due to the interaction with envi...
It is shown that the interaction of quark with the stochastic vacuum of QCD (considered as an enviro...
Vacuum of quantum chromodynamics is considered as environment for colour particles. Wilson loop corr...
Theoretical justification of the occurrence of multimode squeezed and entangled colour states in QCD...
In the framework of stochastic QCD vacuum model we show that a colour particle losses its colour pro...
We use general arguments to show that coloured QCD states when restricted to gauge invariant local o...
We use general arguments to show that colored QCD states when restricted to gauge invariant local ob...
Color-superconducting phases of quantum chromodynamics at vanishing temperatures and high densities ...
We study a model of quark confinement defined by the vanishing of colour currents. The model is show...
The Color-Flavor locking phenomenon is predicted to occur at ultra-high densities in Quantum Chromod...
The results of an interaction of a quantum state of quark with QCD vacuum, where the latter plays a ...
It is shown that confinement of spinless heavy quarks can be treated as decoherence of an arbitrary...
Confinement of spinless heavy quarks in stochastic QCD vacuum can be treated as decoherence. In this ...
The model of stochastic vacuum of quantum chromodynamics might be used for an alternative treatment ...
It is shown that the phenomenon of quantum decoherence, that arises during the interaction of a quan...
It is shown that in stochastic QCD a vacuum color quark is confined due to the interaction with envi...
It is shown that the interaction of quark with the stochastic vacuum of QCD (considered as an enviro...
Vacuum of quantum chromodynamics is considered as environment for colour particles. Wilson loop corr...
Theoretical justification of the occurrence of multimode squeezed and entangled colour states in QCD...
In the framework of stochastic QCD vacuum model we show that a colour particle losses its colour pro...
We use general arguments to show that coloured QCD states when restricted to gauge invariant local o...
We use general arguments to show that colored QCD states when restricted to gauge invariant local ob...
Color-superconducting phases of quantum chromodynamics at vanishing temperatures and high densities ...
We study a model of quark confinement defined by the vanishing of colour currents. The model is show...
The Color-Flavor locking phenomenon is predicted to occur at ultra-high densities in Quantum Chromod...