Photon Structure Function in Supersymmetric QCD Revisited
Ryo Sahara, Tsuneo Uematsu, Yoshio Kitadono
TL;DR
This paper revisits the photon structure function within supersymmetric QCD, incorporating heavy particle mass effects to compare the behaviors of QCD and SQCD at leading order.
Contribution
It provides a detailed evaluation of the photon structure function in SQCD, including heavy particle mass effects, which was not thoroughly explored before.
Findings
Photon structure function behavior differs between QCD and SQCD.
Heavy particle mass effects significantly influence the structure function.
Numerical analysis highlights the impact of supersymmetry on photon structure.
Abstract
We investigate the virtual photon structure function in the supersymmetric QCD (SQCD), where we have squarks and gluinos in addition to the quarks and gluons. Taking into account the heavy particle mass effects to the leading order in QCD and SQCD we evaluate the photon structure function and numerically study its behavior for the QCD and SQCD cases.
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