Matches in SemOpenAlex for { <https://semopenalex.org/work/W2024255557> ?p ?o ?g. }
- W2024255557 endingPage "199" @default.
- W2024255557 startingPage "192" @default.
- W2024255557 abstract "It is shown that the Hyperbolic Branch of the radiative electroweak symmetry breaking contains in it three regions: the Focal Point, Focal Curves, and Focal Surfaces. Further, the Focal Point is shown to lie on the boundary of a Focal Curve. These focal regions allow for a small μ while scalar masses can become large and may lie in the several TeV region. It is shown that for the mSUGRA model the current LHC-7 constraint depletes the Focal Point region while regions on Focal Curves and Focal Surfaces remain largely intact. The LHC implications for models which lie on Focal Curves are briefly discussed as well as the implications of dark matter constraints for the Focal Point, Focal Curves and Focal Surfaces are discussed." @default.
- W2024255557 created "2016-06-24" @default.
- W2024255557 creator A5005688282 @default.
- W2024255557 creator A5021943677 @default.
- W2024255557 creator A5033088986 @default.
- W2024255557 creator A5056591911 @default.
- W2024255557 date "2012-03-01" @default.
- W2024255557 modified "2023-09-23" @default.
- W2024255557 title "Naturalness, supersymmetry and implications for LHC and dark matter" @default.
- W2024255557 cites W1511235210 @default.
- W2024255557 cites W1519581675 @default.
- W2024255557 cites W1613941054 @default.
- W2024255557 cites W1751556241 @default.
- W2024255557 cites W1965393537 @default.
- W2024255557 cites W1972732638 @default.
- W2024255557 cites W1975075562 @default.
- W2024255557 cites W1977061004 @default.
- W2024255557 cites W1999552654 @default.
- W2024255557 cites W2001320437 @default.
- W2024255557 cites W2001787836 @default.
- W2024255557 cites W2005530932 @default.
- W2024255557 cites W2008993404 @default.
- W2024255557 cites W2009719553 @default.
- W2024255557 cites W2016343082 @default.
- W2024255557 cites W2028106089 @default.
- W2024255557 cites W2031915452 @default.
- W2024255557 cites W2036836787 @default.
- W2024255557 cites W2038106757 @default.
- W2024255557 cites W2040815688 @default.
- W2024255557 cites W2044658676 @default.
- W2024255557 cites W2045379872 @default.
- W2024255557 cites W2045720405 @default.
- W2024255557 cites W2047395855 @default.
- W2024255557 cites W2053252049 @default.
- W2024255557 cites W2058983829 @default.
- W2024255557 cites W2060017642 @default.
- W2024255557 cites W2061448382 @default.
- W2024255557 cites W2062588395 @default.
- W2024255557 cites W2065467937 @default.
- W2024255557 cites W2072742625 @default.
- W2024255557 cites W2087337966 @default.
- W2024255557 cites W2089157561 @default.
- W2024255557 cites W2089297044 @default.
- W2024255557 cites W2089589264 @default.
- W2024255557 cites W2089969108 @default.
- W2024255557 cites W2090198124 @default.
- W2024255557 cites W2090598413 @default.
- W2024255557 cites W2090717901 @default.
- W2024255557 cites W2091633980 @default.
- W2024255557 cites W2097455027 @default.
- W2024255557 cites W2105683921 @default.
- W2024255557 cites W2110112450 @default.
- W2024255557 cites W2113200074 @default.
- W2024255557 cites W2124624204 @default.
- W2024255557 cites W2129887361 @default.
- W2024255557 cites W2142303990 @default.
- W2024255557 cites W2162937225 @default.
- W2024255557 cites W2165739256 @default.
- W2024255557 cites W2176614251 @default.
- W2024255557 cites W2258584306 @default.
- W2024255557 cites W2322000331 @default.
- W2024255557 cites W2615397255 @default.
- W2024255557 cites W2737343789 @default.
- W2024255557 cites W3098735431 @default.
- W2024255557 cites W3101714293 @default.
- W2024255557 cites W3102836814 @default.
- W2024255557 cites W3103498004 @default.
- W2024255557 cites W3104223654 @default.
- W2024255557 cites W3104492742 @default.
- W2024255557 cites W3104770254 @default.
- W2024255557 cites W3105827049 @default.
- W2024255557 cites W3123379128 @default.
- W2024255557 doi "https://doi.org/10.1016/j.physletb.2012.01.077" @default.
- W2024255557 hasPublicationYear "2012" @default.
- W2024255557 type Work @default.
- W2024255557 sameAs 2024255557 @default.
- W2024255557 citedByCount "77" @default.
- W2024255557 countsByYear W20242555572012 @default.
- W2024255557 countsByYear W20242555572013 @default.
- W2024255557 countsByYear W20242555572014 @default.
- W2024255557 countsByYear W20242555572015 @default.
- W2024255557 countsByYear W20242555572016 @default.
- W2024255557 countsByYear W20242555572017 @default.
- W2024255557 countsByYear W20242555572018 @default.
- W2024255557 countsByYear W20242555572019 @default.
- W2024255557 countsByYear W20242555572020 @default.
- W2024255557 crossrefType "journal-article" @default.
- W2024255557 hasAuthorship W2024255557A5005688282 @default.
- W2024255557 hasAuthorship W2024255557A5021943677 @default.
- W2024255557 hasAuthorship W2024255557A5033088986 @default.
- W2024255557 hasAuthorship W2024255557A5056591911 @default.
- W2024255557 hasBestOaLocation W20242555572 @default.
- W2024255557 hasConcept C109214941 @default.
- W2024255557 hasConcept C11960822 @default.
- W2024255557 hasConcept C120665830 @default.
- W2024255557 hasConcept C121332964 @default.
- W2024255557 hasConcept C138395690 @default.
- W2024255557 hasConcept C151166631 @default.