Light Adjoint Quarks in the Instanton-Dyon Liquid Model IV
arXiv:1605.07584 · doi:10.1103/PhysRevD.94.105012
Abstract
We discuss the instanton-dyon liquid model with Majorana quark flavors in the adjoint representation of color at finite temperature. We briefly recall the index theorem on for twisted adjoint fermions in a BPS dyon background of arbitrary holonomy, and use the ADHM construction to explicit the adjoint anti-periodic zero modes. We use these results to derive the partition function of an interacting instanton-dyon ensemble with light and anti-periodic adjoint quarks. We develop the model in details by mapping the theory on a 3-dimensional quantum effective theory with adjoint quarks with manifest symmetry. Using a mean-field analysis at weak coupling and strong screening, we show that center symmetry requires the spontaneous breaking of chiral symmetry, which is shown to only take place for . For a sufficiently dense liquid, we find that the ground state is center symmetric and breaks spontaneously flavor symmetry through . As the liquid dilutes with increasing temperature, center symmetry and chiral symmetry are restored. We present numerical and analytical estimates for the transition temperatures.
22 pages, 6 figures
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Cited by in corpus (8)
- The Myriad Uses of Instantons
- The Instanton-Dyon Liquid Model V: Twisted Light Quarks
- The Instanton-Dyon Liquid Model III: Finite Chemical Potential
- Lectures on nonperturbative QCD ( Nonperturbative Topological Phenomena in QCD and Related Theories)
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- D-instantons in Real Time Dynamics
- Hadronic Correlation Functions in the Random Instanton-dyon Ensemble
- Holographic spectroscopy of fermion with instantons