Loop suppressed electroweak symmetry breaking and naturally heavy superpartners

A model is presented in which O(10 TeV) stop masses, typically required by the Higgs boson mass in supersymmetric models, do not originate from soft supersymmetry breaking terms that would drive the Higgs mass squared parameter to large negative values but rather from the mixing with vectorlike partners. Their contribution to the Higgs mass squared parameter is reduced to threshold corrections and, thus, it is one loop suppressed compared to usual scenarios. New fermion and scalar partners of the top quark with O(10 TeV) masses are predicted.


Publication Date:
Mar 09 2017
Date Submitted:
Feb 22 2019
Citation:
Physical Review D
D95
1
Note:
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 Record created 2019-02-22, last modified 2019-04-03


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