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• W3099396871 startingPage "057" @default.
• W3099396871 abstract "We revisit the standard argument to estimate the scale of new physics (NP) beyond the SM, based on the sensitivity of the Higgs mass to quadratic divergences. Although this argument is arguably naive, the corresponding estimate, ΛSM≲2−3 TeV, works reasonably well in most cases and should be considered a conservative bound, as it ignores other contributions to the Higgs mass which are potentially large. Besides, the possibility of an accidental Veltman-like cancellation does not raise significantly ΛSM. One can obtain more precise implications from fine-tuning arguments in specific examples of NP. Here we consider SUSY and right-handed (seesaw) neutrinos. SUSY is a typical example for which the previous general estimate is indeed conservative: the MSSM is fine-tuned a few %, even for soft masses of a few hundred GeV. In contrast, other SUSY scenarios, in particular those with low-scale SUSY breaking, can easily saturate the general bound on ΛSM. The seesaw mechanism requires large fine-tuning if MR≳107 GeV, unless there is additional NP (SUSY being a favourite option)." @default.
• W3099396871 created "2020-11-23" @default.
• W3099396871 creator A5043310314 @default.
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• W3099396871 date "2004-11-22" @default.
• W3099396871 modified "2023-10-01" @default.
• W3099396871 title "Implications for New Physics from Fine-Tuning Arguments: I. Application to SUSY and Seesaw Cases" @default.
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• W3099396871 doi "https://doi.org/10.1088/1126-6708/2004/11/057" @default.
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