Matches in SemOpenAlex for { <https://semopenalex.org/work/W2206975356> ?p ?o ?g. }
- W2206975356 abstract "The prospects are explored for testing Lorentz and CPT symmetry in the top-quark sector. We present the relevant Lagrange density, discuss physical observables, and describe the signals to be sought in experiments. For top-antitop pair production via quark or gluon fusion with subsequent semileptonic or hadronic decays, we obtain the matrix element in the presence of Lorentz violation using the narrow-width approximation. The issue of testing CPT symmetry in the top-quark sector is also addressed. We demonstrate that single-top production and decay is well suited to a search for CPT violation, and we present the matrix elements for single-top production in each of the four tree-level channels. Our results are applicable to searches for Lorentz violation and studies of CPT symmetry in collider experiments, including notably high-statistics top-antitop and single-top production at the Large Hadron Collider." @default.
- W2206975356 created "2016-06-24" @default.
- W2206975356 creator A5045409598 @default.
- W2206975356 creator A5073926082 @default.
- W2206975356 creator A5085649476 @default.
- W2206975356 date "2016-02-17" @default.
- W2206975356 modified "2023-09-26" @default.
- W2206975356 title "Lorentz and<mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML display=inline><mml:mi>C</mml:mi><mml:mi>P</mml:mi><mml:mi>T</mml:mi></mml:math>violation in top-quark production and decay" @default.
- W2206975356 cites W1499409023 @default.
- W2206975356 cites W1527283633 @default.
- W2206975356 cites W1615357278 @default.
- W2206975356 cites W1742636832 @default.
- W2206975356 cites W1768021241 @default.
- W2206975356 cites W1813698688 @default.
- W2206975356 cites W1820827608 @default.
- W2206975356 cites W1964922929 @default.
- W2206975356 cites W1973880738 @default.
- W2206975356 cites W1975779096 @default.
- W2206975356 cites W1982034281 @default.
- W2206975356 cites W1983834038 @default.
- W2206975356 cites W1984896309 @default.
- W2206975356 cites W1996809118 @default.
- W2206975356 cites W2004982375 @default.
- W2206975356 cites W2011060554 @default.
- W2206975356 cites W2015721393 @default.
- W2206975356 cites W2019248110 @default.
- W2206975356 cites W2021512108 @default.
- W2206975356 cites W2022027965 @default.
- W2206975356 cites W2029476434 @default.
- W2206975356 cites W2030219933 @default.
- W2206975356 cites W2030720926 @default.
- W2206975356 cites W2036243508 @default.
- W2206975356 cites W2046194909 @default.
- W2206975356 cites W2047140559 @default.
- W2206975356 cites W2047458898 @default.
- W2206975356 cites W2048213203 @default.
- W2206975356 cites W2048925645 @default.
- W2206975356 cites W2050201211 @default.
- W2206975356 cites W2051347239 @default.
- W2206975356 cites W2053355144 @default.
- W2206975356 cites W2054167112 @default.
- W2206975356 cites W2054736417 @default.
- W2206975356 cites W2063150439 @default.
- W2206975356 cites W2063787873 @default.
- W2206975356 cites W2077071334 @default.
- W2206975356 cites W2085832864 @default.
- W2206975356 cites W2092605147 @default.
- W2206975356 cites W2096609823 @default.
- W2206975356 cites W2098415165 @default.
- W2206975356 cites W2108847668 @default.
- W2206975356 cites W2113371890 @default.
- W2206975356 cites W2114527364 @default.
- W2206975356 cites W2117470460 @default.
- W2206975356 cites W2117585542 @default.
- W2206975356 cites W2122039631 @default.
- W2206975356 cites W2128828294 @default.
- W2206975356 cites W2129453601 @default.
- W2206975356 cites W2129848882 @default.
- W2206975356 cites W2132142356 @default.
- W2206975356 cites W2136068577 @default.
- W2206975356 cites W2136125069 @default.
- W2206975356 cites W2137728742 @default.
- W2206975356 cites W2139948353 @default.
- W2206975356 cites W2142546295 @default.
- W2206975356 cites W2149208028 @default.
- W2206975356 cites W2151420428 @default.
- W2206975356 cites W2151625665 @default.
- W2206975356 cites W2152061591 @default.
- W2206975356 cites W2152675873 @default.
- W2206975356 cites W2153576720 @default.
- W2206975356 cites W2156124524 @default.
- W2206975356 cites W2156953768 @default.
- W2206975356 cites W2160395059 @default.
- W2206975356 cites W2163842679 @default.
- W2206975356 cites W2164252311 @default.
- W2206975356 cites W2168471552 @default.
- W2206975356 cites W2169447547 @default.
- W2206975356 cites W2169523793 @default.
- W2206975356 cites W2170603057 @default.
- W2206975356 cites W2170745812 @default.
- W2206975356 cites W2178558786 @default.
- W2206975356 cites W2269201045 @default.
- W2206975356 cites W2586106532 @default.
- W2206975356 cites W2963975274 @default.
- W2206975356 cites W3100785501 @default.
- W2206975356 cites W3103078232 @default.
- W2206975356 cites W3105775687 @default.
- W2206975356 cites W3211780945 @default.
- W2206975356 cites W4230257688 @default.
- W2206975356 cites W4230695950 @default.
- W2206975356 doi "https://doi.org/10.1103/physrevd.93.036005" @default.
- W2206975356 hasPublicationYear "2016" @default.
- W2206975356 type Work @default.
- W2206975356 sameAs 2206975356 @default.
- W2206975356 citedByCount "21" @default.
- W2206975356 countsByYear W22069753562015 @default.
- W2206975356 countsByYear W22069753562016 @default.
- W2206975356 countsByYear W22069753562017 @default.
- W2206975356 countsByYear W22069753562018 @default.
- W2206975356 countsByYear W22069753562019 @default.