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Natural SM-like 126 GeV Higgs boson via nondecoupling D terms

Enrico Bertuzzo, Claudia Frugiuele
2016 Physical Review D  

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https://web.archive.org/web/20180725041143/https://link.aps.org/accepted/10.1103/PhysRevD.93.035019

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2014 pre-print
arXiv:1412.2765v1 fatcat:ohkr3urt4zfm3nay6v5vkjfvuu
2016 accepted
arXiv:1412.2765v2 fatcat:4w3oeqd4b5arbdtyqimlvghgne
Accommodating both a 126 GeV mass and Standard Model (SM) like couplings for the Higgs has a fine tuning price in supersymmetric models. Examples are the MSSM, in which SM-like couplings are natural, but raising the Higgs mass up to 126 GeV requires a considerable tuning, or the NMSSM, in which the situation is reversed: the Higgs is naturally heavier, but being SM-like requires some tuning. We show that models with non-decoupling D-terms alleviate this tension - a 126 GeV SM-like Higgs comes
more » ... t basically with no fine tuning cost. In addition, the analysis of the fine tuning of the extended gauge sector shows that naturalness requires the heavy gauge bosons to likely be within the LHC run II reach.
doi:10.1103/physrevd.93.035019 fatcat:tmfcydzxevepzfjeee53gustce
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Enrico Bertuzzo, Claudia Frugiuele. "Natural SM-like 126 GeV Higgs boson via nondecoupling D terms." Physical Review D 93.3 (2016)