Studien zur Squarkproduktion im Minimalen R-Symmetrischen Supersymmetrischen Standardmodell mithilfe des SHERPA Ereignisgenerators

The development of the Standard Model (SM) was a big step towards a fundamental theory of nature. But observations like dark matter or gravitiy (to name just two of them) are not included in the SM. There is no shortage of extended theories, but their experimental veri- fication requires particle collisions with increasing center of mass energies, only reachable at hadron colliders. The description of hadron collisions is analytically hard to realize, owing to which the relevance of event generators is increasing. By simulating processes, these can be examined in detail. Within this thesis, the cross section of squark pair production in Minimal R-Symmetric Super- symmetric Standard Model (MRSSM) is studied, first analytically then with the SHERPA event generator. Compared to the well studied Minimal Supersymmetric Standard Model (MSSM), the cross sections obtained in the MRSSM are significantly smaller. The first part is followed by the examination of differential cross sections in transversal momentum and pseudorapidity as well as a comparison with the corresponding hadronic distributions.