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SUMMARY:Impact of a high SUSY scale in the MSSM and beyond - Florian Staub
  (CERN)
DTSTART:20170505T103000Z
DTEND:20170505T120000Z
UID:TALK72067@talks.cam.ac.uk
CONTACT:Dr Maria Ubiali
DESCRIPTION:For a long time\, the minimal supersymmetric standard model (M
 SSM) with\nlight masses for the supersymmetric states was considered as th
 e most\nnatural extension of the Standard Model of particle physics.\nCons
 equently\, a valid approximation was to match the MSSM to the\nprecision m
 easurement directly at the electroweak scale. This approach\nwas also util
 ized by all dedicated spectrum generators for the MSSM.\nHowever\, the hig
 her the supersymmetric (SUSY) scale is\, the bigger the\nuncertainties whi
 ch are introduced by this matching. I explain the\nrecent implementation o
 f a two-scale matching in the SARAH/SPheno\nframework. In this setup\, the
  running parameters within the SM are\ncalculated at MZ and evaluated up t
 o the SUSY scale\, where they are\nmatched to the full model which could e
 ither be the MSSM are any\nother\, non-minimal SUSY model. I discuss the p
 henomenological\nconsequences of this calculation with the focus on the ma
 ss of the\nSM-like Higgs state.
LOCATION:B1.19\, DAMTP
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