Confinement of spinless heavy quarks in stochastic QCD vacuum can be treated as decoherence. In this process an arbitrary colour superposition turns into a mixture quantum state with equal probabilities for di˙erent colours. Decoherence rate is found to be proportional to the product of the distance between colour charges and the time during which this interaction has taken place. In this work it is shown that for colour superposition, two- and three-particle colour states the interaction with stochastic vacuum results in the confining e˙ect. For all of the considered states the purity, fidelity and von Neumann entropy are evaluated
In this work the decoherence formalism of quantum mechanics is explored and applied to a number of i...
Akamatsu Y, Rothkopf A. Stochastic potential and quantum decoherence of heavy quarkonium in the quar...
This thesis addresses the problem of a form of anomalous decoherence that sheds light into the spect...
Confinement of spinless heavy quarks in stochastic QCD vacuum can be treated as decoherence. In this ...
It is shown that confinement of spinless heavy quarks can be treated as decoherence of an arbitrary...
The results of an interaction of a quantum state of quark with QCD vacuum, where the latter plays a ...
It is shown that the phenomenon of quantum decoherence, that arises during the interaction of a quan...
The model of stochastic vacuum of quantum chromodynamics might be used for an alternative treatment ...
We show that in QCD stochastic vacuum white states of colour charges in the fundamental representati...
It is shown that the interaction of quark with the stochastic vacuum of QCD (considered as an enviro...
It is shown that in stochastic QCD a vacuum color quark is confined due to the interaction with envi...
Theoretical justification of the occurrence of multimode squeezed and entangled colour states in QCD...
Vacuum of quantum chromodynamics is considered as environment for colour particles. Wilson loop corr...
In the framework of stochastic QCD vacuum model we show that a colour particle losses its colour pro...
Color-superconducting phases of quantum chromodynamics at vanishing temperatures and high densities ...
In this work the decoherence formalism of quantum mechanics is explored and applied to a number of i...
Akamatsu Y, Rothkopf A. Stochastic potential and quantum decoherence of heavy quarkonium in the quar...
This thesis addresses the problem of a form of anomalous decoherence that sheds light into the spect...
Confinement of spinless heavy quarks in stochastic QCD vacuum can be treated as decoherence. In this ...
It is shown that confinement of spinless heavy quarks can be treated as decoherence of an arbitrary...
The results of an interaction of a quantum state of quark with QCD vacuum, where the latter plays a ...
It is shown that the phenomenon of quantum decoherence, that arises during the interaction of a quan...
The model of stochastic vacuum of quantum chromodynamics might be used for an alternative treatment ...
We show that in QCD stochastic vacuum white states of colour charges in the fundamental representati...
It is shown that the interaction of quark with the stochastic vacuum of QCD (considered as an enviro...
It is shown that in stochastic QCD a vacuum color quark is confined due to the interaction with envi...
Theoretical justification of the occurrence of multimode squeezed and entangled colour states in QCD...
Vacuum of quantum chromodynamics is considered as environment for colour particles. Wilson loop corr...
In the framework of stochastic QCD vacuum model we show that a colour particle losses its colour pro...
Color-superconducting phases of quantum chromodynamics at vanishing temperatures and high densities ...
In this work the decoherence formalism of quantum mechanics is explored and applied to a number of i...
Akamatsu Y, Rothkopf A. Stochastic potential and quantum decoherence of heavy quarkonium in the quar...
This thesis addresses the problem of a form of anomalous decoherence that sheds light into the spect...