2016EPJ Web of ConferencesOpen access

Colour particle states behaviour in the QCD vacuum

В. И. Кувшинов, Eugene Bagashov

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Abstract

The results of an interaction of a quantum state of quark with QCD vacuum, where the latter plays a role of environment, could be treated as decoherence. This may have direct implications for the confinement of quarks phenomenon.

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What this paper is about

The results of an interaction of a quantum state of quark with QCD vacuum, where the latter plays a role of environment, could be treated as decoherence. This may have direct implications for the confinement of quarks phenomenon.

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Available abstract

The results of an interaction of a quantum state of quark with QCD vacuum, where the latter plays a role of environment, could be treated as decoherence. This may have direct implications for the confinement of quarks phenomenon.

Key concepts: Physics, QCD vacuum, Quantum chromodynamics, Quark, Particle physics, Quantum decoherence, Vacuum state, QED vacuum

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