Nonperturbative QCD vacuum and Colour Superconductivity
N.O.Agasian, B.O.Kerbikov, V.I.Shevchenko
TL;DR
This paper explores the potential for a colour superconducting state within the real QCD vacuum, emphasizing the role of nonperturbative gluonic fields and gluon condensates in this phenomenon.
Contribution
It proposes a novel connection between nonperturbative gluonic fields and colour superconductivity in the QCD vacuum, highlighting their possible interplay.
Findings
Nonperturbative gluonic fields may induce colour superconductivity.
Gluon condensate could be crucial for the formation of the superconducting state.
The study suggests a new perspective on QCD vacuum structure and phases.
Abstract
We discuss the possibility of existence of colour superconducting state in real QCD vacuum with nonzero gluon condensate. We argue, that nonperturbative gluonic fields might play a crucial role in colour superconductivity scenario.
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