
This paper investigates a solvable chirally symmetric quark model with a linear confining potential and finds that while chiral symmetry is spontaneously broken at zero temperature, it gets restored at a finite temperature similar to that observed in lattice QCD, suggesting a mechanism of Pauli blocking by thermal excitations.


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spontaneous-chiral-symmetry-restoration-in-a-confining-quark-model-at-finite-temperature


Spontaneous Chiral Symmetry Restoration in a Confining Quark Model at Finite Temperature


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The K1 and K* mesons, as ideal chiral partners with relatively small decay widths, are optimal for studying chiral symmetry restoration in high-temperature/density environments, unlike the ϕ and ω mesons which lack true chiral partners due to flavor mixing.


chiral-symmetry-breaking-and-restoration-focusing-on-the-k1-and-k-mesons-as-ideal-chiral-partners


Chiral Symmetry Breaking and Restoration: Focusing on the K1 and K* Mesons as Ideal Chiral Partners
