Matches in SemOpenAlex for { <https://semopenalex.org/work/W2589582000> ?p ?o ?g. }
- W2589582000 abstract "The Standard Model extension (SME) parametrizes all possible Lorentz-violating contributions to the Standard Model and general relativity. It can be considered as an effective framework to describe possible quantum-gravity effects for energies much below the Planck energy. In the current paper, the spin-nondegenerate operators of the SME fermion sector are the focus. The propagators, energies, and solutions to the modified Dirac equation are obtained for several families of coefficients including nonminimal ones. The particle energies and spinors are computed at first order in Lorentz violation and, with the optical theorem, they are shown to be consistent with the propagators. The optical theorem is then also used to derive the matrices formed from a spinor and its Dirac conjugate at all orders in Lorentz violation. The results are the first explicit ones derived for the spin-nondegenerate operators. They will prove helpful for future phenomenological calculations in the SME that rely on the footing of quantum field theory." @default.
- W2589582000 created "2017-03-03" @default.
- W2589582000 creator A5029349307 @default.
- W2589582000 creator A5060280058 @default.
- W2589582000 date "2017-04-12" @default.
- W2589582000 modified "2023-09-27" @default.
- W2589582000 title "Lorentz-violating modification of Dirac theory based on spin-nondegenerate operators" @default.
- W2589582000 cites W105473805 @default.
- W2589582000 cites W1742636832 @default.
- W2589582000 cites W1820827608 @default.
- W2589582000 cites W1964922929 @default.
- W2589582000 cites W1968185043 @default.
- W2589582000 cites W1969475402 @default.
- W2589582000 cites W1969566525 @default.
- W2589582000 cites W1973880738 @default.
- W2589582000 cites W1975779096 @default.
- W2589582000 cites W1976450827 @default.
- W2589582000 cites W1983834038 @default.
- W2589582000 cites W1984896309 @default.
- W2589582000 cites W1990314051 @default.
- W2589582000 cites W1995650247 @default.
- W2589582000 cites W1998948913 @default.
- W2589582000 cites W2004982375 @default.
- W2589582000 cites W2007338392 @default.
- W2589582000 cites W2007618634 @default.
- W2589582000 cites W2009932713 @default.
- W2589582000 cites W2010185849 @default.
- W2589582000 cites W2015721393 @default.
- W2589582000 cites W2020558457 @default.
- W2589582000 cites W2021512108 @default.
- W2589582000 cites W2022027965 @default.
- W2589582000 cites W2028482436 @default.
- W2589582000 cites W2031833926 @default.
- W2589582000 cites W2035891576 @default.
- W2589582000 cites W2037033181 @default.
- W2589582000 cites W2043488042 @default.
- W2589582000 cites W2048925645 @default.
- W2589582000 cites W2050843707 @default.
- W2589582000 cites W2051347239 @default.
- W2589582000 cites W2054167112 @default.
- W2589582000 cites W2054370940 @default.
- W2589582000 cites W2056627958 @default.
- W2589582000 cites W2063150439 @default.
- W2589582000 cites W2065298853 @default.
- W2589582000 cites W2067632888 @default.
- W2589582000 cites W2069768936 @default.
- W2589582000 cites W2072668996 @default.
- W2589582000 cites W2076347003 @default.
- W2589582000 cites W2084814680 @default.
- W2589582000 cites W2113530124 @default.
- W2589582000 cites W2115925145 @default.
- W2589582000 cites W2117470460 @default.
- W2589582000 cites W2128358553 @default.
- W2589582000 cites W2128828294 @default.
- W2589582000 cites W2130457380 @default.
- W2589582000 cites W2136068577 @default.
- W2589582000 cites W2136125069 @default.
- W2589582000 cites W2137991468 @default.
- W2589582000 cites W2144241067 @default.
- W2589582000 cites W2152290057 @default.
- W2589582000 cites W2156124524 @default.
- W2589582000 cites W2157409049 @default.
- W2589582000 cites W2158117921 @default.
- W2589582000 cites W2163842679 @default.
- W2589582000 cites W2170604421 @default.
- W2589582000 cites W2175261241 @default.
- W2589582000 cites W2178558786 @default.
- W2589582000 cites W2218078660 @default.
- W2589582000 cites W2240095102 @default.
- W2589582000 cites W2240809602 @default.
- W2589582000 cites W2269201045 @default.
- W2589582000 cites W2277830500 @default.
- W2589582000 cites W2290566254 @default.
- W2589582000 cites W2505170282 @default.
- W2589582000 cites W2513491165 @default.
- W2589582000 cites W2579904748 @default.
- W2589582000 cites W2594004064 @default.
- W2589582000 cites W2594366428 @default.
- W2589582000 cites W2963734677 @default.
- W2589582000 cites W2963975274 @default.
- W2589582000 cites W3023049004 @default.
- W2589582000 cites W3100752957 @default.
- W2589582000 cites W3102043665 @default.
- W2589582000 cites W3103977397 @default.
- W2589582000 cites W3104412679 @default.
- W2589582000 cites W3104590448 @default.
- W2589582000 cites W3104986083 @default.
- W2589582000 cites W3106311931 @default.
- W2589582000 cites W3121394983 @default.
- W2589582000 cites W4232026843 @default.
- W2589582000 cites W4232434800 @default.
- W2589582000 doi "https://doi.org/10.1103/physrevd.95.075016" @default.
- W2589582000 hasPublicationYear "2017" @default.
- W2589582000 type Work @default.
- W2589582000 sameAs 2589582000 @default.
- W2589582000 citedByCount "18" @default.
- W2589582000 countsByYear W25895820002017 @default.
- W2589582000 countsByYear W25895820002018 @default.
- W2589582000 countsByYear W25895820002019 @default.
- W2589582000 countsByYear W25895820002021 @default.