FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1567660396> ?p ?o ?g. }

• W1567660396 abstract "We study the standard model (SM) in its full perturbative validity range between $Lambda_QCD$ and the $U(1)_Y$ Landau pole, assuming that a yet unknown gravitational theory in the UV does not introduce additional particle thresholds, as suggested by the tiny cosmological constant and the absence of new stabilising physics at the EW scale. We find that, due to dimensional transmutation, the SM Higgs potential has a global minimum at 10^26 GeV, invalidating the SM as a phenomenologically acceptable model in this energy range. We show that extending the classically scale invariant SM with one complex singlet scalar S allows us to: (i) stabilise the SM Higgs potential; (ii) induce a scale in the singlet sector via dimensional transmutation that generates the negative SM Higgs mass term via the Higgs portal; (iii) provide a stable CP-odd singlet as the thermal relic dark matter due to CP-conservation of the scalar potential; (iv) provide a degree of freedom that can act as an inflaton in the form of the CP-even singlet. The logarithmic behaviour of dimensional transmutation allows one to accommodate the large hierarchy between the electroweak scale and the Landau pole, while understanding the latter requires a new non-perturbative view on the SM." @default.
• W1567660396 created "2016-06-24" @default.
• W1567660396 creator A5012178923 @default.
• W1567660396 creator A5021104349 @default.
• W1567660396 creator A5040282701 @default.
• W1567660396 creator A5047180677 @default.
• W1567660396 creator A5073208296 @default.
• W1567660396 creator A5079831103 @default.
• W1567660396 date "2014-01-22" @default.
• W1567660396 modified "2023-10-03" @default.
• W1567660396 title "Towards completing the standard model: Vacuum stability, electroweak symmetry breaking, and dark matter" @default.
• W1567660396 cites W1508304082 @default.
• W1567660396 cites W1858542512 @default.
• W1567660396 cites W1969255035 @default.
• W1567660396 cites W1970113957 @default.
• W1567660396 cites W1981058868 @default.
• W1567660396 cites W1983768061 @default.
• W1567660396 cites W1987155013 @default.
• W1567660396 cites W1990828856 @default.
• W1567660396 cites W1992665289 @default.
• W1567660396 cites W1996413343 @default.
• W1567660396 cites W1998768335 @default.
• W1567660396 cites W2005952444 @default.
• W1567660396 cites W2015466707 @default.
• W1567660396 cites W2016192256 @default.
• W1567660396 cites W2018707525 @default.
• W1567660396 cites W2021745731 @default.
• W1567660396 cites W2023123465 @default.
• W1567660396 cites W2028102299 @default.
• W1567660396 cites W2039080310 @default.
• W1567660396 cites W2041057575 @default.
• W1567660396 cites W2045120204 @default.
• W1567660396 cites W2045417060 @default.
• W1567660396 cites W2049182617 @default.
• W1567660396 cites W2051570020 @default.
• W1567660396 cites W2052602471 @default.
• W1567660396 cites W2066592890 @default.
• W1567660396 cites W2067260962 @default.
• W1567660396 cites W2070151728 @default.
• W1567660396 cites W2075093571 @default.
• W1567660396 cites W2079922897 @default.
• W1567660396 cites W2085014839 @default.
• W1567660396 cites W2087437033 @default.
• W1567660396 cites W2095792705 @default.
• W1567660396 cites W2097820102 @default.
• W1567660396 cites W2098741672 @default.
• W1567660396 cites W2104124147 @default.
• W1567660396 cites W2105800227 @default.
• W1567660396 cites W2110651113 @default.
• W1567660396 cites W2112395499 @default.
• W1567660396 cites W2115754103 @default.
• W1567660396 cites W2120833252 @default.
• W1567660396 cites W2123239234 @default.
• W1567660396 cites W2126384260 @default.
• W1567660396 cites W2133127269 @default.
• W1567660396 cites W2134583661 @default.
• W1567660396 cites W2134821743 @default.
• W1567660396 cites W2139392477 @default.
• W1567660396 cites W2148698222 @default.
• W1567660396 cites W2163806027 @default.
• W1567660396 cites W2165909596 @default.
• W1567660396 cites W2167021568 @default.
• W1567660396 cites W2167727518 @default.
• W1567660396 cites W2173403199 @default.
• W1567660396 cites W2223433365 @default.
• W1567660396 cites W2232454336 @default.
• W1567660396 cites W2986218762 @default.
• W1567660396 cites W3037732683 @default.
• W1567660396 cites W3099550419 @default.
• W1567660396 cites W3100931324 @default.
• W1567660396 cites W3101258783 @default.
• W1567660396 cites W3101372223 @default.
• W1567660396 cites W3101682493 @default.
• W1567660396 cites W3103395790 @default.
• W1567660396 cites W3103803400 @default.
• W1567660396 cites W3104413414 @default.
• W1567660396 cites W3106038576 @default.
• W1567660396 cites W4256093087 @default.
• W1567660396 cites W76430250 @default.
• W1567660396 doi "https://doi.org/10.1103/physrevd.89.015017" @default.
• W1567660396 hasPublicationYear "2014" @default.
• W1567660396 type Work @default.
• W1567660396 sameAs 1567660396 @default.
• W1567660396 citedByCount "118" @default.
• W1567660396 countsByYear W15676603962013 @default.
• W1567660396 countsByYear W15676603962014 @default.
• W1567660396 countsByYear W15676603962015 @default.
• W1567660396 countsByYear W15676603962016 @default.
• W1567660396 countsByYear W15676603962017 @default.
• W1567660396 countsByYear W15676603962018 @default.
• W1567660396 countsByYear W15676603962019 @default.
• W1567660396 countsByYear W15676603962020 @default.
• W1567660396 countsByYear W15676603962021 @default.
• W1567660396 countsByYear W15676603962022 @default.
• W1567660396 countsByYear W15676603962023 @default.
• W1567660396 crossrefType "journal-article" @default.
• W1567660396 hasAuthorship W1567660396A5012178923 @default.
• W1567660396 hasAuthorship W1567660396A5021104349 @default.
• W1567660396 hasAuthorship W1567660396A5040282701 @default.
• W1567660396 hasAuthorship W1567660396A5047180677 @default.

• next