FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1986244581> ?p ?o ?g. }

• W1986244581 abstract "We carry out a comprehensive analysis of models for top A_{FB} at CDF in light of new top data arriving from the LHC. We begin with a careful Tevatron analysis, considering in general which sets of effective vertices give rise to a large forward-backward asymmetry while suppressing the contribution to the total t tbar cross-section. We show on general grounds that scalar models struggle to produce sufficient asymmetries consistent with CDF observations, while vector models can produce a large asymmetry with a less significant tension in the total cross-section and $tbar{t}$ invariant mass distribution at the Tevatron. We examine the essential observables of these models for top physics at LHC7 with 1 fb^{-1} of data, including the total cross-section, invariant mass distribution and number of additional jets in t tbar events. In the case of t-channel mediators, the LHC total cross-section places a strong constraint on light mediators, while the Tevatron invariant mass distributions place strong constraints on heavy mediators that are able to produce the asymmetry. Heavy axigluons are becoming increasingly squeezed by LHC7 t tbar and dijet resonance searches. We conclude that LHC7 top analyses are rapidly closing the window for viable models of the CDF top A_{FB}." @default.
• W1986244581 created "2016-06-24" @default.
• W1986244581 creator A5000191016 @default.
• W1986244581 creator A5041759371 @default.
• W1986244581 creator A5087753646 @default.
• W1986244581 date "2012-01-20" @default.
• W1986244581 modified "2023-09-25" @default.
• W1986244581 title "Tevatron topAFBversus LHC top physics" @default.
• W1986244581 cites W1480196560 @default.
• W1986244581 cites W1552916862 @default.
• W1986244581 cites W1562781743 @default.
• W1986244581 cites W1571088650 @default.
• W1986244581 cites W1597962655 @default.
• W1986244581 cites W1964484139 @default.
• W1986244581 cites W1965851625 @default.
• W1986244581 cites W1966013435 @default.
• W1986244581 cites W1984289133 @default.
• W1986244581 cites W1994139836 @default.
• W1986244581 cites W1996915930 @default.
• W1986244581 cites W2000168678 @default.
• W1986244581 cites W2000639894 @default.
• W1986244581 cites W2004633615 @default.
• W1986244581 cites W2021804830 @default.
• W1986244581 cites W2023992722 @default.
• W1986244581 cites W2026054171 @default.
• W1986244581 cites W2030211305 @default.
• W1986244581 cites W2032835560 @default.
• W1986244581 cites W2035301004 @default.
• W1986244581 cites W2036755884 @default.
• W1986244581 cites W2036983167 @default.
• W1986244581 cites W2038657593 @default.
• W1986244581 cites W2043489540 @default.
• W1986244581 cites W2047928695 @default.
• W1986244581 cites W2049474371 @default.
• W1986244581 cites W2057483372 @default.
• W1986244581 cites W2068665962 @default.
• W1986244581 cites W2072997797 @default.
• W1986244581 cites W2074530894 @default.
• W1986244581 cites W2075111311 @default.
• W1986244581 cites W2077285166 @default.
• W1986244581 cites W2085379447 @default.
• W1986244581 cites W2085850051 @default.
• W1986244581 cites W2092407883 @default.
• W1986244581 cites W2093277384 @default.
• W1986244581 cites W2096739512 @default.
• W1986244581 cites W2100095035 @default.
• W1986244581 cites W2111454003 @default.
• W1986244581 cites W2111785144 @default.
• W1986244581 cites W2113486710 @default.
• W1986244581 cites W2119952623 @default.
• W1986244581 cites W2123959999 @default.
• W1986244581 cites W2131657974 @default.
• W1986244581 cites W2132297763 @default.
• W1986244581 cites W2143093409 @default.
• W1986244581 cites W2148119206 @default.
• W1986244581 cites W2151774540 @default.
• W1986244581 cites W2157647896 @default.
• W1986244581 cites W2157878177 @default.
• W1986244581 cites W2158147291 @default.
• W1986244581 cites W2163598596 @default.
• W1986244581 cites W2164835290 @default.
• W1986244581 cites W2173882783 @default.
• W1986244581 cites W2211877099 @default.
• W1986244581 cites W2951884040 @default.
• W1986244581 cites W3101621294 @default.
• W1986244581 cites W3102674753 @default.
• W1986244581 cites W3102863431 @default.
• W1986244581 cites W3104229092 @default.
• W1986244581 cites W3104811581 @default.
• W1986244581 cites W3105937087 @default.
• W1986244581 cites W3106398057 @default.
• W1986244581 cites W3121614399 @default.
• W1986244581 doi "https://doi.org/10.1103/physrevd.85.014022" @default.
• W1986244581 hasPublicationYear "2012" @default.
• W1986244581 type Work @default.
• W1986244581 sameAs 1986244581 @default.
• W1986244581 citedByCount "24" @default.
• W1986244581 countsByYear W19862445812012 @default.
• W1986244581 countsByYear W19862445812013 @default.
• W1986244581 countsByYear W19862445812014 @default.
• W1986244581 countsByYear W19862445812015 @default.
• W1986244581 countsByYear W19862445812016 @default.
• W1986244581 crossrefType "journal-article" @default.
• W1986244581 hasAuthorship W1986244581A5000191016 @default.
• W1986244581 hasAuthorship W1986244581A5041759371 @default.
• W1986244581 hasAuthorship W1986244581A5087753646 @default.
• W1986244581 hasBestOaLocation W19862445811 @default.
• W1986244581 hasConcept C109214941 @default.
• W1986244581 hasConcept C121332964 @default.
• W1986244581 hasConcept C151987854 @default.
• W1986244581 hasConcept C184748400 @default.
• W1986244581 hasConcept C185544564 @default.
• W1986244581 hasConcept C2524010 @default.
• W1986244581 hasConcept C2780715337 @default.
• W1986244581 hasConcept C33923547 @default.
• W1986244581 hasConcept C38976095 @default.
• W1986244581 hasConcept C57691317 @default.
• W1986244581 hasConcept C87668248 @default.
• W1986244581 hasConceptScore W1986244581C109214941 @default.
• W1986244581 hasConceptScore W1986244581C121332964 @default.

• next