Renormalisation of the non-perturbative thermal pressure

Bödeker D, Landshoff PV, Nachtmann O, Rebhan A (1999)
Nuclear Physics B 539(1-2): 233-263.

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We show how the fully resummed thermal pressure is rendered ultraviolet finite by standard zero-temperature renormalisation. The analysis is developed in a six-dimensional scalar model that mimics QED and has N flavours. The N --> infinity limit of the model can be calculated completely. At a critical temperature, one of the degrees of freedom has vanishing screening mass like the transverse gauge bosons in four-dimensional finite-temperature perturbation theory, The renormalised non-perturbative interaction pressure of this model is evaluated numerically. (C) 1999 Elsevier Science B.V.
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Bödeker D, Landshoff PV, Nachtmann O, Rebhan A. Renormalisation of the non-perturbative thermal pressure. Nuclear Physics B. 1999;539(1-2):233-263.
Bödeker, D., Landshoff, P. V., Nachtmann, O., & Rebhan, A. (1999). Renormalisation of the non-perturbative thermal pressure. Nuclear Physics B, 539(1-2), 233-263.
Bödeker, D., Landshoff, P. V., Nachtmann, O., and Rebhan, A. (1999). Renormalisation of the non-perturbative thermal pressure. Nuclear Physics B 539, 233-263.
Bödeker, D., et al., 1999. Renormalisation of the non-perturbative thermal pressure. Nuclear Physics B, 539(1-2), p 233-263.
D. Bödeker, et al., “Renormalisation of the non-perturbative thermal pressure”, Nuclear Physics B, vol. 539, 1999, pp. 233-263.
Bödeker, D., Landshoff, P.V., Nachtmann, O., Rebhan, A.: Renormalisation of the non-perturbative thermal pressure. Nuclear Physics B. 539, 233-263 (1999).
Bödeker, Dietrich, Landshoff, PV, Nachtmann, O, and Rebhan, A. “Renormalisation of the non-perturbative thermal pressure”. Nuclear Physics B 539.1-2 (1999): 233-263.
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