Evading the infrared problem of thermal QCD

Schroeder Y (2004)
In: Strong and Electroweak Matter 04 (World Scientific, 2004). Eskola K, Kainulainen K, Kajantie K, Rummukainen K (Eds);.

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Editor
Eskola, K ; Kainulainen, K ; Kajantie, K ; Rummukainen, K
Abstract
Due to asymptotic freedom, QCD is guaranteed to be accessible to perturbative methods at asymptotically high temperatures. However, in 1979 Linde has pointed out the existence of an infrared wall, beyond which an infinite number of Feynman diagrams contribute. Following a proposal by Braaten and Nieto, it is shown explicitly how the limits to computability that this infrared problem poses can be overcome in the framework of dimensionally reduced effective theories.
Publishing Year
Conference
6th Conference On Strong And Electroweak Matter 2004 (SEWM04)
Location
Helsinki, Finnland
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Cite this

Schroeder Y. Evading the infrared problem of thermal QCD. In: Eskola K, Kainulainen K, Kajantie K, Rummukainen K, eds. Strong and Electroweak Matter 04 (World Scientific, 2004). 2004.
Schroeder, Y. (2004). Evading the infrared problem of thermal QCD. In K. Eskola, K. Kainulainen, K. Kajantie, & K. Rummukainen (Eds.), Strong and Electroweak Matter 04 (World Scientific, 2004).
Schroeder, Y. (2004). “Evading the infrared problem of thermal QCD” in Strong and Electroweak Matter 04 (World Scientific, 2004), ed. K. Eskola, K. Kainulainen, K. Kajantie, and K. Rummukainen.
Schroeder, Y., 2004. Evading the infrared problem of thermal QCD. In K. Eskola, et al., eds. Strong and Electroweak Matter 04 (World Scientific, 2004).
Y. Schroeder, “Evading the infrared problem of thermal QCD”, Strong and Electroweak Matter 04 (World Scientific, 2004), K. Eskola, et al., eds., 2004.
Schroeder, Y.: Evading the infrared problem of thermal QCD. In: Eskola, K., Kainulainen, K., Kajantie, K., and Rummukainen, K. (eds.) Strong and Electroweak Matter 04 (World Scientific, 2004). (2004).
Schroeder, York. “Evading the infrared problem of thermal QCD”. Strong and Electroweak Matter 04 (World Scientific, 2004). Ed. K Eskola, K Kainulainen, K Kajantie, and K Rummukainen. 2004.
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