Abstract
Calculational algorithm for thermal reaction probabilities including fermions is obtained. For this purpose, we faithfully follow the method of statistical mechanics, that is, taking explicitly the statistical average of the quantity under consideration. Our result is formulated in terms of Feynman rules of real time thermal field theory constructed on a specific time path. It is shown that the effect of the thermal vacuum bubble is of vital importance for analyzing diagrams with generalized self-energy parts.
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