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• W2233914786 abstract "After the LHC Run 1, the standard model (SM) of particle physics has been completed. Yet, despite its successes, the SM has shortcomings vis-`{a}-vis cosmological and other observations. At the same time, while the LHC restarts for Run 2 at 13 TeV, there is presently a lack of direct evidence for new physics phenomena at the accelerator energy frontier. From this state of affairs arises the need for a consistent theoretical framework in which deviations from the SM predictions can be calculated and compared to precision measurements. Such a framework should be able to comprehensively make use of all measurements in all sectors of particle physics, including LHC Higgs measurements, past electroweak precision data, electric dipole moment, $g-2$, penguins and flavor physics, neutrino scattering, deep inelastic scattering, low-energy $e^{+}e^{-}$ scattering, mass measurements, and any search for physics beyond the SM. By simultaneously describing all existing measurements, this framework then becomes an intermediate step, pointing us toward the next SM, and hopefully revealing the underlying symmetries. We review the role that the standard model effective field theory (SMEFT) could play in this context, as a consistent, complete, and calculable generalization of the SM in the absence of light new physics. We discuss the relationship of the SMEFT with the existing kappa-framework for Higgs boson couplings characterization and the use of pseudo-observables, that insulate experimental results from refinements due to ever-improving calculations. The LHC context, as well as that of previous and future accelerators and experiments, is also addressed." @default.
• W2233914786 created "2016-06-24" @default.
• W2233914786 creator A5056836214 @default.
• W2233914786 creator A5076675847 @default.
• W2233914786 date "2016-11-01" @default.
• W2233914786 modified "2023-10-03" @default.
• W2233914786 title "Through precision straits to next standard model heights" @default.
• W2233914786 cites W1503813312 @default.
• W2233914786 cites W1565079219 @default.
• W2233914786 cites W1694905212 @default.
• W2233914786 cites W1755558029 @default.
• W2233914786 cites W1812029804 @default.
• W2233914786 cites W1853793472 @default.
• W2233914786 cites W1858542512 @default.
• W2233914786 cites W1897002351 @default.
• W2233914786 cites W1904990467 @default.
• W2233914786 cites W1952784625 @default.
• W2233914786 cites W1964086742 @default.
• W2233914786 cites W1967031839 @default.
• W2233914786 cites W1967231178 @default.
• W2233914786 cites W1972817467 @default.
• W2233914786 cites W1979142071 @default.
• W2233914786 cites W1979685906 @default.
• W2233914786 cites W1985035098 @default.
• W2233914786 cites W1994685547 @default.
• W2233914786 cites W1997805886 @default.
• W2233914786 cites W2009256647 @default.
• W2233914786 cites W2009537033 @default.
• W2233914786 cites W2016631558 @default.
• W2233914786 cites W2018213750 @default.
• W2233914786 cites W2019665951 @default.
• W2233914786 cites W2019779126 @default.
• W2233914786 cites W2035440288 @default.
• W2233914786 cites W2045857519 @default.
• W2233914786 cites W2047030341 @default.
• W2233914786 cites W2055891140 @default.
• W2233914786 cites W2056911439 @default.
• W2233914786 cites W2065065497 @default.
• W2233914786 cites W2066185019 @default.
• W2233914786 cites W2070602523 @default.
• W2233914786 cites W2070917887 @default.
• W2233914786 cites W2073743194 @default.
• W2233914786 cites W2078846030 @default.
• W2233914786 cites W2079479731 @default.
• W2233914786 cites W2080413868 @default.
• W2233914786 cites W2103734246 @default.
• W2233914786 cites W2105425654 @default.
• W2233914786 cites W2108555033 @default.
• W2233914786 cites W2114210704 @default.
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• W2233914786 cites W2131315190 @default.
• W2233914786 cites W2137284081 @default.
• W2233914786 cites W2139967537 @default.
• W2233914786 cites W2150973222 @default.
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• W2233914786 cites W2163092868 @default.
• W2233914786 cites W2167727518 @default.
• W2233914786 cites W2170108495 @default.
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• W2233914786 cites W2579207650 @default.
• W2233914786 cites W2596625502 @default.
• W2233914786 cites W2601882436 @default.
• W2233914786 cites W2602062855 @default.
• W2233914786 cites W2951351295 @default.
• W2233914786 cites W3098218813 @default.
• W2233914786 cites W3098244884 @default.
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• W2233914786 doi "https://doi.org/10.1016/j.revip.2016.01.001" @default.
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