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An effective thermodynamic potential from the instanton vacuum with the Polyakov loop

2012
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EPJ Web of Conferences
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In this talk, we report our recent studies on an effective thermodynamic potential (Omega_eff) at finite temperature (T>0) and zero quark-chemical potential (mu_R=0), using the singular-gauge instanton solution and Matsubara formula for N_c=3 and N_f=2 in the chiral limit, i.e. m_q=0. The momentum-dependent constituent-quark mass is computed as a function of T, together with the Harrington-Shepard caloron solution in the large-N_c limit. In addition, we take into account the imaginary

doi:10.1051/epjconf/20122003002
fatcat:6urrrhtlgjhjnn4xch5iz4jm2i