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Conformality in many-flavour lattice QCD at strong coupling · Around

2012

Conformality in many-flavour lattice QCD at strong coupling

de Forcrand, Philippe, Kim, Seyong, Unger, Wolfgang

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It is widely believed that chiral symmetry is spontaneously broken at zero temperature in the strong coupling limit of staggered fermions, for any number of colors and flavors.

Using Monte Carlo simulations, we show that this conventional wisdom, based on a mean-field analysis, is wrong.
For sufficiently many fundamental flavors, chiral symmetry is restored via a bulk, first-order transition.
This chirally symmetric phase appears to be analytically connected with the expected conformal window of many-flavor continuum QCD.

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For a review, see L. Del Debbio, arXiv:1102.4066 [hep-lat]

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2012

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