Radiative corrections to pair production of unstable particles: results for e^+e^- --> 4 fermions
arXiv:hep-ph/9811481 · doi:10.1016/S0550-3213(99)00110-8
Abstract
Radiative corrections to processes that involve the production and subsequent decay of unstable particles are complex due to various theoretical and practical problems. The so-called double-pole approximation offers a way out of these problems. This method is applied to the reaction fermions, which allows us to address all the key issues of dealing with unstable particles, like gauge invariance, interactions between different stages of the reaction, and overlapping resonances. Within the double-pole approximation the complete $\OO(α)$ electroweak corrections are evaluated for this off-shell -pair production process. Examples of the effect of these corrections on a number of distributions are presented. These comprise mass and angular distributions as well as the photon-energy spectrum.
59 pages, LaTeX2e (uses axodraw.sty), 16 figures
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