In the exact propagator for finite temperature gluons the location of the transverse and logitudinal poles in the gluon propagator are unknown functions of wave vector:#omega#_T(k) and #omega#_l(k).The residues of the poles, also unknown, fix the normalization of the one gluon vector potential and thus of the field strength.The naive energy density E-vector.D-vector+B-vector.H-vector is not correct because of dispersion.By keeping the modulations due to the source currents the energy density is shown to be #omega#_T/V and #omega#_l/V regardless of the functional form #omega#_T(k) and #omega#_l(k).The momentum density is k/v.The resulting energy-momentum tensor is not symmetric.
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