Thermal photon production rate from nonequilibrium quantum field theory

Baier R, Dirks M, Redlich K, Schiff D (1997)
PHYSICAL REVIEW D 56(5): 2548-2554.

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In the framework of closed time path thermal field theory we investigate the production rate of hard photons from a QCD plasma away from equilibrium. Dynamical screening provides a finite rate for chemically non-equilibrated distributions of quarks and gluons just as it does in the equilibrium situation. Pinch singularities are shown to be absent in the real photon rate even away from equilibrium.
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Baier R, Dirks M, Redlich K, Schiff D. Thermal photon production rate from nonequilibrium quantum field theory. PHYSICAL REVIEW D. 1997;56(5):2548-2554.
Baier, R., Dirks, M., Redlich, K., & Schiff, D. (1997). Thermal photon production rate from nonequilibrium quantum field theory. PHYSICAL REVIEW D, 56(5), 2548-2554.
Baier, R., Dirks, M., Redlich, K., and Schiff, D. (1997). Thermal photon production rate from nonequilibrium quantum field theory. PHYSICAL REVIEW D 56, 2548-2554.
Baier, R., et al., 1997. Thermal photon production rate from nonequilibrium quantum field theory. PHYSICAL REVIEW D, 56(5), p 2548-2554.
R. Baier, et al., “Thermal photon production rate from nonequilibrium quantum field theory”, PHYSICAL REVIEW D, vol. 56, 1997, pp. 2548-2554.
Baier, R., Dirks, M., Redlich, K., Schiff, D.: Thermal photon production rate from nonequilibrium quantum field theory. PHYSICAL REVIEW D. 56, 2548-2554 (1997).
Baier, Rudolf, Dirks, M, Redlich, K, and Schiff, D. “Thermal photon production rate from nonequilibrium quantum field theory”. PHYSICAL REVIEW D 56.5 (1997): 2548-2554.
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