On the Renormalization of a Bosonized Version of the Chiral Fermion-Meson Model at Finite Temperature

Abstract

Feynman's functional formulation of statistical mechanics is used to study the renormalizability of the well known Linear Chiral Sigma Model in the presence of fermionic fields at finite temperature in an alternative way. It is shown that the renormalization conditions coincide with those of the zero temperature model.

12 pages, no figures, LaTex, reference [17] is updated, to appear in Phys. Lett. B

References in corpus (2)

• The Chiral Fermion Meson Model at Finite Temperature
• Renormalisation of the Nonperturbative Thermal Pressure

Cited by in corpus (3)

• Symmetry Nonrestoration in a Resummed Renormalized Theory at High Temperature
• Analytic Properties of Thermal Corrected Boson Propagators
• Axial Vector Coupling and Chiral Anomaly in the Spectral Quark Model