The paper claims a first calculation of the rho-meson screening mass in strong magnetic fields, with two modes increasing with eB and one mode nearly constant.
The renormalizability for massive Abelian gauge field theories re-visited
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abstract
We give a simplified proof for the perturbative renormalizability of theories with massive vector particles. For renormalizability it is sufficient that the vector particle is treated as an gauge field, corresponding to an Abelian gauge group. Contrary to the non-Abelian case one does not need the Higgs mechanism to create the appropriate mass terms. The proof uses ``Stueckelberg's trick'' and the Ward-Takahashi identities from local Abelian gauge invariance. The simplification is due to the fact that, again contrary to the non-Abelian case, no BRST analysis is needed.
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Screening rho-meson mass in the presence of strong magnetic fields
The paper claims a first calculation of the rho-meson screening mass in strong magnetic fields, with two modes increasing with eB and one mode nearly constant.