TL;DR
This paper explores the relationship between gluon confinement and quantum censorship, proposing that they are mutually exclusive phenomena, and investigates the role of the Maxwell-cut as a precursor to condensates in specific models.
Contribution
It introduces the concept that quantum censorship and gluon confinement are incompatible, and analyzes the Maxwell-cut's role in condensate formation within phi4 and sine-Gordon models.
Findings
Maxwell-cut acts as a precursor to condensates in models.
Quantum censorship may generate semiclassical phenomena via loop corrections.
Quantum censorship and gluon confinement are mutually exclusive.
Abstract
The dynamical Maxwell-cut, a degeneracy is shown to be a precursor of condensate in the phi4 and the sine-Gordon models. The difference of the way the Maxwell-cut is obtained is pointed out and quantum censorship, the generation of semiclassically looking phenomenon by loop-corrections is conjectured in the sine-Gordon model. It is argued that quantum censorship and gluon confinement exclude each other.
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