Does There Exist Only One Solution of the Dyson--Schwinger Equation for the Quark Propagator in the Case of Non-Zero Current Quark Mass
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Abstract
It is shown on general ground that there exist two qualitatively distinct solutions of the Dyson--Schwinger equation for the quark propagator in the case of non-zero current quark mass. One solution corresponds to the ``Nambu--Goldstone'' phase and the other one corresponds to the ``Wigner'' phase in the chiral limit.
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ZONG Hong-Shi, SUN Wei-Min, PING Jia-Lun, Lü Xiao-Fu, WANG Fan. Does There Exist Only One Solution of the Dyson--Schwinger Equation for the Quark Propagator in the Case of Non-Zero Current Quark Mass[J]. Chin. Phys. Lett., 2005, 22(12): 3036-3039.
ZONG Hong-Shi, SUN Wei-Min, PING Jia-Lun, Lü Xiao-Fu, WANG Fan. Does There Exist Only One Solution of the Dyson--Schwinger Equation for the Quark Propagator in the Case of Non-Zero Current Quark Mass[J]. Chin. Phys. Lett., 2005, 22(12): 3036-3039.
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ZONG Hong-Shi, SUN Wei-Min, PING Jia-Lun, Lü Xiao-Fu, WANG Fan. Does There Exist Only One Solution of the Dyson--Schwinger Equation for the Quark Propagator in the Case of Non-Zero Current Quark Mass[J]. Chin. Phys. Lett., 2005, 22(12): 3036-3039.
ZONG Hong-Shi, SUN Wei-Min, PING Jia-Lun, Lü Xiao-Fu, WANG Fan. Does There Exist Only One Solution of the Dyson--Schwinger Equation for the Quark Propagator in the Case of Non-Zero Current Quark Mass[J]. Chin. Phys. Lett., 2005, 22(12): 3036-3039.
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